OM4 (50/125) Steel Tape Armoured Bulk Fibre Cable
Loose Tube Steel Tape Armoured Cable is suitable for installation in harsh environments. The cable has excellent tensile strength and crush resistance characteristics and is rodent proof.
The cable consists of a central jelly filled green polyester tube, with up to 24 fibres inside.
The tube is protected with Kevlar strength members and thick inner corrugated steel tape armour. Black LSZH outer sheath protects the cable construction and is extremely resistant to the ingress of moisture.
- 4 to 24 fibre configurations
- Choice of fibre type and specification
- Rodent proof
- Water resistant
- High tensile strength and crush resistant
- Corrugated steel armouring tape
- Suitable for harsh external environments
- Low cost
- 50/125, 62.5/125 & singlemode fibre types


Concrete Company Little Haiti
When you want stunning yet long-lasting concrete floors in Little Haiti, you should place your trust on the experts from Miami Concrete Brothers. These days, more and more people prefer having concrete driveways, garages, patios, and walkways. We meet the demand by installing flooring systems, using premium quality materials. What’s more, we provide unparalleled customer service. Expect us to carefully assess your requirements and specifications, ensuring that we will get all the details correctly. Once we’re done with the project, you will have a concrete floor that is functional, durable, and aesthetically pleasing.
Why Opt for a Concrete Flooring System?
Do you dream of having that cobblestone walkway surrounding St. Mary’s Cathedral on 2nd Avenue? Are you worried that installing this type of driveway in your property may burn a hole in your pocket? Well, Miami Concrete Brothers has a cost-effective solution for you. Using a highly innovative manufacturing method, our team can mimic the look of cobbles, brick, stone, slate, or even wood decking. We pour the cement on the area, then before the material sets, we stamp your preferred texture or pattern. We can even stain the surface to achieve the authentic look of cobblestone or timber.
What’s great about concrete flooring systems is it has less impact on the environment compared to other floor materials. It is worth noting that concrete’s primary materials include aggregates, sand, cement, and water. So, when you want to leave as little carbon footprint as possible while achieving a stunning and durable driveway or patio, turn to Premier Decorative Concrete.
You’ll also be delighted to know that concrete floors are not just for outdoor use. You can also install them indoors if you want an industrial look for your interiors. Moreover, the cool floors will regulate the temperature during the warmer seasons. Meanwhile, you can also have the concrete installed above your floor heating. To learn all about different types of floor coatings, check out our friends over at Plancher Epoxy for some awesome ideas!
We Install the Following Types of Concrete Floors in Little Haiti, Miami
We understand how expensive it is to install cobblestone, field stone, paver stone, or slate in driveways. Thankfully, there is a more affordable alternative to these materials. You can contact us and install stamped concrete floors. We have the skills, tools, and experience necessary to mimic the look of different flooring materials. Before letting the cement set fully, we stamp the texture or pattern of your choice. We can complete the look by applying stains or colors that closely resemble the material you want.
Since garages are subjected to daily abuse, their flooring system must be durable. Whether you need a long-lasting flooring solution for your home or commercial property, Premier Decorative Concrete is here to help. We also offer various surface finishes, including broom, exposed aggregate, stamped, or smooth texture. So, if you want to achieve the same luxurious look of the galleries in Miami Ironside, you can trust that we’ll turn your vision into reality.
Miami Concrete Brothers also specializes in installing concrete patios. We offer various design options for our clients, but we still give them the freedom to tailor the layout according to their lifestyle and preferences. So, if you want the same quaint patio on Fiorito or something with a minimalist design like the one on Blue Collar, our concrete technicians can complete the job to your specifications.
When you’re installing a new driveway or extending your existing one, you need to ensure that the structure can withstand the harsh conditions of Little Haiti. At Miami Concrete Brothers, we only use a concrete formula that helps us achieve a long-lasting and stable surface. Moreover, we modify the formulation according to the amount of traffic on the concrete and the environmental conditions in the area.
Concrete Pool Decks
We understand that swimming pools are a serious investment for any homeowner. As such, we design and install concrete pool decks to the highest standards for safety, durability, and functionality. Trust that once we’re done with the project, you will have a robust and aesthetically pleasing deck for your swimming pool.
Why Choose Premier Decorative Concrete
We have been installing durable and stunning concrete floors for over a decade. When you hire us to install your walkway, pool deck, patio, garage, or driveway, you can expect to work with professionals who are experienced in laying concrete. When you need a concrete flooring contractor in Little Haiti, we are your go-to company.
Contact Miami Concrete Brothers today and get a free estimate!


Tekla structures 2017 course free download
Read more. Once the Properties are set up as required, you can then insert them into the model in a variety of different ways, including by left clicking on the grid intersections at the start and end of the wall, or by clicking on each of the grid intersections that define the walls corners when working in 3D or a frame view. Activate your Tekla student subscription. Micro Station v 8 i Quick Start Guide. Flag for tekla structures 2017 course free download content. Modern practice of designing building structures allows transmitting data for the production of structures to tekla structures 2017 course free download of varying degrees of courde. Creating individual frame element detail drawings❿
11 ways for beginners to learn Tekla Structures – TSGuide. Tekla structures 2017 course free download
tekla structures price, tekla structures , tekla structures tutorial pdf, tekla structures training Download Tekla Structures v SR1 x86 x64 full. Get your free Tekla Student subscription for Tekla Structures and Tekla Structural Design Suite and start learning Tekla software. As of today we have 81,, eBooks for you to download for free. Tekla Structures Basic Training Tekla Structural Designer
Tekla structures 2017 course free download – Why Structures 2017?
Component of Turnout. The full intended slab design process is detailed on the following page.❿
(PDF) Tekla Structural Designer User Guide | josiane Machado – replace.me
This will show the graphical design Status of each element in the model to see if they have passed or failed or if there are any other issues with them. The Status Tree has become active in the Project Workspace, showing the status of the validations and analyses completed errors and warnings would also be displayed here The Status bar shows green ticks and red crosses to highlight completed analyses and designs The Review ribbon tab contains several other features to review and edit the model, including checking which members are pinned and which are set to be auto-designed or check-designed The Slab Design Status will be Unknown as slab design is completed in a separate process.
The results displayed are dependent on the load case, combination or envelope selected in the Loading Drop List, and you can adjust the scale of the diagrams using the Scale Settings.
If you are unsure why you are getting certain results, you can also try switching view mode to the Solver View on the Status Bar, so you can see the actual analysis model that was analysed. This will give you a different insight into the model and could allow you to spot the issue more easily.
Change to a Results view mode and investigate some of the various results available Change to a Solver view mode and take a look at the analysis solver model As well as being able to view the analysis results for the whole model, you can also view results for individual elements. These can be accessed by hovering the cursor over the element in question, right clicking and choosing Open Load Analysis View. A new scene view will be created, and a Loading Analysis ribbon tab will automatically open.
This will allow you to choose which results are displayed and from which analysis. The Properties window also helps control the information displayed. The Interactive Design will first perform a Check Design on that member, where it checks the elements current design against its current analysis results, and then allows you to: View the existing design status, and adjust various parameters, including bar sizes and links View the Interaction Diagrams for columns and walls only Preview a Detail Drawing of the element, and adjust the Drawing Options As you edit the design parameters, a check design is again performed instantly.
Clicking the Check button in this window also performs another Check Design, and will then allow you to view the check results in more detail, so you can view the design calculations based on the edited design. Once Check is clicked, a Design Summary is displayed. You can then drill down to view the appropriate checks on the left hand side and then expand the calculations on the right hand side to see exactly why a particular element is passing or failing.
Once you are satisfied with the design of the element, clicking OK in the Interactive Design window will confirm your changes and apply the selected reinforcement to both this element and all other elements in the same Design Group.
Therefore, you may find that if you have not interactively designed the critical element in a design group, then other elements from that group may be updated to a Fail status. When slabs are initially created, they have several properties relating to reinforcement this is known as their background reinforcement, which will be placed throughout the whole panel. However, designing the background reinforcement to resist all forces in the slabs would result in excessive reinforcement provisions, so a variety of Patches of additional reinforcement are also required.
Both the slabs and the patches are set to be automatically designed by default. The placement of the patches is a manual process, so it is important to place appropriately sized patches in the correct locations.
Patches contain a number of strips, some of which are set to design for the average design forces across their widths, and others simply gather a maximum value. The patches also have a variety of properties allowing you to control options like strip widths, bar sizes and their spacings. Patches are inserted into the model by first selecting the patch command you want to use, then by either left clicking on an appropriate element, or by dragging a window around multiple elements.
Theres a variety of different Patch types available, depending on the location of where the patch is to be placed, and theyre found on the Design ribbon tab. They include:. Patch Column Placed on columns in flat slab models, to deal with local peak moments Patch Beam Placed along beams, usually to deal with hogging moments Patch Wall Placed along walls, with options associated with the position and span of the wall Patch Panel Placed in the middle of slab spans to deal with local peak moments.
The full intended slab design process is detailed on the following page. Insert the Patches in the appropriate locations. Its important to make sure the patch sizes are appropriate the easiest way to do this is to insert the patches whilst viewing the results contours to ensure the peaks are contained within the patches. You should also ensure that both the slab panel and patch minimum bar spacings are sensible before attempting the design Design the Slab Panels by clicking Check Slabs on the Design ribbon tab Autodesign selects the background reinforcement for the slab panels.
The reinforcement is selected ignoring the forces that develop within the slab patch areas of the slabs, but is placed throughout the whole slab panel Review and optimise the panel designs by using the Slab Reinforcement option on the Review ribbon tab when in the Review View. The Slab setting in the Properties window should be set to Panel first, and it will then allow you to rationalise the background reinforcement for all slab panels Design the Patches by clicking Check Patches on the Design ribbon tab Autodesign selects the additional reinforcement required in the slabs within the patch areas, taking into account the already placed background reinforcement Review and optimise the patch designs by using the Slab Reinforcement option on the Review ribbon tab when in the Review View.
The Slab setting in the Properties window should be set to Patch first, and it will then allow you to rationalise the patch rebar. Punching Shear Checks can also be added to specific columns and walls in a similar manner to adding patches, using the Add Check command on the Design ribbon tab.
These checks should be added once the slabs and patches have been designed to ensure realistic reinforcement levels are considered during the punching checks. Once inserted, they can then be checked using the Check Punching Shear command.
Try inserting some patches into the model at St. This is another area of the program that is a work in progress, so there will be significant changes and improvements in this area in future versions. All drawings are created based on the Drawing Settings, which can be accessed by clicking the Edit option on the Draw ribbon tab.
Additional detailing preferences that affect the actual selection of reinforcement are found in the Design Settings, as discussed previously. All of these settings allow you to control a wide variety of things, including what information is displayed in each type of drawing, the colours of the different layers, section information, labels and dimensions. The detail drawings will be generated as DXF files and will be displayed by exporting them to another program, so youll need a program such as AutoCAD or TrueView to be able to view them.
Go onto the Draw ribbon tab and review the Drawing Settings. Once this option is selected, you will be prompted to specify the file name and location, drawing type and style, and a drawing scale. Clicking OK will then open the appropriate program and generate the detail drawing. You can also access this option by clicking the Detail Drawing button from within the elements Interactive Design window.
Depending on your drawing settings, the detail drawings generated here will include an elevation of the element, a number of sections and a quantity table.
Once one of these options has been clicked, you will be prompted to choose which elements you want included in the schedule, provided there is more than one of these element types present. You will then be faced with similar options to those when creating a detail drawing, as detailed above. Try generating some detail drawings and schedules for the frame elements of your choice Quick Start Guide Tekla Corporation March 4, The General Arrangement option provides information on the general arrangement of the model, including member labels and slab thicknesses.
Trimble Connect Get started with Trimble Connect Personal, which allows uploading and sharing of 10 GB of data and five project members.
Tekla learning resources and certificate. Tekla User Assistance Get help with your Tekla products. Learn more. Visit the forum. News about Tekla for education. Its whole purpose is to help beginners start learning Tekla Structures. But even if you are not a student, you can use this opportunity to learn and get started.
Not many people know that you can also use it for creating model settings for your company by creating them in the Educational model, then copying the created files to the firm Template model. Keep in mind that Tekla Structures educational configuration is for non-commercial use only and there are some limitations:.
Apart from Tekla Campus lessons, Tekla also has shorter support videos. There are many of these videos, and one covers something very specific. The first is case studies with clients about the best practices, which you can put into use in your own company.
Keep in mind that they show only the new or improved features, and you need to get your base knowledge from somewhere else. These webinars normally happen twice a year with each new version. Spiral Beam can create modeling structures like spiral shaped stairs. The developer has made it easy to tackle steel bent plates. And great focus was put on precast concrete Floor and Wall Layout and the flexible, smart way of modeling, and modifying reinforcement.
With the Tekla Structures free download full version, creating drawings has just got better and quicker. The update is beautifully designed with a customizable user interface, contextual toolbar, and other improvements, to produce modeling better and easier and make communication way more useful. A biennial event that celebrates the achievements of Tekla users in the building and construction industry.
The student category highlights the talents of engineering students worldwide. Register Register to create your free Trimble account. Activate Activate your Tekla student subscription. Download Download the Tekla education products you need. Learn Start learning with our free Tekla certificate courses.


SureClad® Ceramic Granite chosen for FujiFilm HQ
Shackerley’s SureClad® Ceramic Granite has been used as the façade system to give FujiFilm Diosynth Biotechnologies’ new premises in Billingham, County Durham the ‘wow factor’.
The £14 million project, delivered by main contractor, Willmott Dixon, creates a contemporary work environment that reflects the global organisation’s high-tech nature. The new office building, which received a £1.6m grant and £5.4m loan from Tees Valley Combined Authority, will become the first stage of a new ‘bio campus’ for Billingham.
The project builds on the strength of Shackerley’s existing relationship with international design practice Ryder Architecture, who designed the new offices and advocated the use of Shackerley’s SureClad® Ceramic Granite system, which was specified in a highly polished ‘Artic White’ colourway to express the scientific identity of the business, while providing contrast with the vacant space of the heavily glazed facades.
The Shackerley SureClad® façade connects the building architecturally to FujiFilm Diosynth Biotechnologies’ offices in North Carolina, delivering the same clean, white appearance. As Shackerley’s Ceramic Granite façade panels are impervious, the façade system also delivers the required functionality for the development, with a façade that will not discolour over time, is U/V resistant and resistant to algae and graffiti. Because Shackerley SureClad® Ceramic Granite is also classified as A1 non-combustible to BS EN 13501-1, with A2-s1,d0 rated anti-fragmentation safety mesh, the façade also provides FujiFilm Diosynth Biotechnologies with a reassurance of safety, alongside performance and aesthetics.
The façade design was developed using Shackerley’s 1200mm x 600mm large format SureClad® panels manufactured as an installation-ready façade system at one of Shackerley’s ISO 9001 accredited quality assured factories in Lancashire. Bespoke panels for design features such as sloping soffits, sloping reveals and returns and sloping sills, were also precision manufactured at one of Shackerley’s factories.
Shackerley’s SureClad® system was used as part of a Kingspan Façades QuadCore Karrier Panel system; a solution that combined Kingspan’s high-performance structural insulating QuadCore panels with the premium appearance of Shackerley’s fully prefabricated SureClad® Ceramic Granite cladding and the installation benefits of the patented and Queen’s Award-winning Shackerley SureClad® Access System.


Eastbourne hub to train construction workers given thumbs up
Proposals to create a training space for construction workers have been given the go ahead by Eastbourne planners.
On Tuesday (May 28), Eastbourne Borough Council’s planning committee unanimously approved an application to erect three temporary buildings at the former Bedfordwell Road Depot – a council-owned site which already has planning permission for the construction of up to 102 homes.
Before making its decision, the committee heard the temporary buildings will provide welfare facilities for the housing development and a tuition space for trainee construction workers.
Paul Metcalfe (Con, Sovereign) said: “I look at that site and think something needs to be done there fairly soon. It is starting to look quite a mess.
“Something like this on the site will be a great improvement, particularly as a training situation.
“I think any training facility that can be used will be a great asset to Eastbourne.”
Before making its decision, the committee heard the training course will be aimed at long-term unemployed adults and seeks to provide the skills needed to work in construction.
Funding for the training course was awarded to East Sussex College by Construction Industry Training Board (CITB), following a bid supported by both Eastbourne and Lewes councils.
It is one of 26 schemes to be rolled out nationally.
The site would typically have between 8 – 12 students on site, planning documents say, but up to 30 students could be on site at one time if more specialised training is being held.
Another of the buildings will be used by local employment charity People Matter, providing a reception and hot desks for staff delivering information and advice to those involved in the project.
Committee chairman Jim Murray (Lib Dem, Hampden Park) said: “It is a very nice little project for us. CITB have got some funding that they are trying to give away to various groups and this has come from them.
“The idea is to provide upfront training for new people to get them ready for work.
“It will provide them with CSCS (Construction Skills Certification Scheme) cards, safety training, preparing them for work, basic IT skills along with having a bit of site experience as well.
“It is a really good thing, very innovative for the area, so I am more than happy to propose this for approval.”


Electricity Plan Consultation
From the outset, the design and construction of high-voltage transmission networks have been core activities in MaxGlobal operations, and the company has been involved in key projects involving lines of 132 kV and above constructed in Kenya and Uganda. At the same time, MaxGlobal experts has played a key role in the construction of networks in several european locations ranging from Finland, Italy, Greenland, Norway and Sweden, operating in a wide variety of challenging geographic and climatic conditions. MaxGlobal provides clients with a one-stop range of professional services and solutions relating to all aspects of engineering as applied to power transmission network design and construction based on local as well as international standards, including Celenec, Eurocode and ASCE. At the same time, contracts, tenders and other documents are prepared to FIDIC standards.
Smart Grid Systems & Solutions
Smart grid” generally refers to a class of technology people are using to bring utility electricity delivery systems into the 21st century, using computer-based remote control and automation. These systems are made possible by two-way communication technology and computer processing that has been used for decades in other industries. They are beginning to be used on electricity networks, from the power plants and wind farms all the way to the consumers of electricity in homes and businesses. They offer many benefits to utilities and consumers — mostly seen in big improvements in energy efficiency on the electricity grid and in the energy users’ homes and offices.
MaxGlobal has partnered with key stakeholders from industry, academia, and governments to modernize the nation’s electricity delivery system. MaxGlobal and its partners identify research and development (R&D) priorities that address challenges and accelerate transformation to a smarter grid, supporting demonstration of not only smart grid technologies but also new business models, policies, and societal benefits.
Three kinds of power lines exist between AEP’s customers’ homes and businesses and the company´s power plants.
- Extra high voltage (EHV) transmission lines
- High voltage transmission lines
- Distribution lines
To use an analogy, EHV lines are like electrical highways, high voltage lines are like limited-access two lane roads, and distribution lines are like your residential roads leading to your driveway.
We have a team of highly skilled power systems engineers whose input is valuable in system design as partakes to the generation, transmission, distribution and utilization of electric power and the electrical devices connected to power systems including, but not limited to, generators, motors and transformers.


GUA MUSANG, Aug 30(Bernama) -- The government has spent RM12 million to implement several projects for the benefit of the people living in the Manik Urai constituency as promised in the July 14 by-election.
Kelantan Umno chief Datuk Mustapa Mohamed said the implementation of projects proved that the Barisan Nasional government was serious in providing what was promised.
He said from the allocation, RM3.5 million was to repair schools, RM2 million to repair and build new houses for the poor and another RM4 million on building roads in the constituency.
Mustapa said, the balance of RM7.9 million was channeled to government agencies, including the Public Works Department and the Kelantan Federal Development Department.
"We are planning to implement many more facilities in Manik Urai with new applications being forwarded to Prime Minister, Datuk Seri Najib Razak," � he told reporters after having a meeting with Kelantan Selatan Development Authority staff here, Sunday.
He added that the federal government planned to develop Gua Musang as the second biggest town in Kelantan after Kota Bharu, and develop inter connecting roads involving the states of Pahang, Perak and Terengganu as outlined in the East Coast Economic Region (ECER).
Mustapha, who is also the Minister of International Trade and Industry, said the government was focusing on the development of Gua Musang, as it was a strategic area to bring more investors and people from the northern Kelantan.
"The government does not want the people in northern Kelantan to be in poverty, therefore it is better for them to move to Gua Musang," he said. --BERNAMA


The majestic Iron Bridge straddles the River Severn in rural East Shropshire, at the heart of the Ironbridge Gorge World Heritage Site. A symbol of the industrial revolution in England, the bridge has attracted visitors since the day it was built, and the new town of Ironbridge grew up alongside it to cater for their needs.
To stand on the bridge and take in the views along the gorge as the River Severn passes beneath is a MUST DO and some have even called this is a wonder of the world.
Most people wonder why this bridge was built in such a remote location. Nowadays, as tourists make their pilgrimage, the bridge stands in a beautiful setting, but back in the late eighteenth century when the Iron Bridge was constructed the gorge was a very different place.
It wasn’t the quiet and peaceful idyll we see now, but a heaving, noisy and dirty industrial landscape. The day time sky would have been black with thick smoke and dust, and at night the sky would glow fantastic red and orange colours as the many furnaces and kilns of the area worked around the clock. The industrialists had been attracted to the gorge because there was an abundance of local, near-surface coal and good transportation links along the River Severn and canal systems.
The River Severn wasn't its serene, peaceful self either, back in the days of the bridge's construction.
Horsedrawn barges loaded with coal, iron ore, and clay, the materials required for the industrial activity in the river and canal side factories, would have made their way to the factories, returning loaded with the goods produced.
The canal network, by then fairly extensive, would have allowed countrywide distribution,
rather than just local. New processes and techniques made mass production of popular products possible, bringing costs down and making what were once luxury items available to an increasing number of buyers.
There was also a need to transport materials across the river and at the time the nearest bridge was two miles away. There was a ferry, but it wasn’t easy getting on and off the ferry as the river banks were steep and became very slippery and dangerous when wet. So a bridge was proposed and given Royal Assent in March 1776.
Iron Bridge was constructed by Abraham Darby III, the greatgrandson of Abraham Darby I, who had developed a new process to make pig iron using coke rather than charcoal in the blast furnace at the Coalbrookdale Iron Works. It was to be the first iron bridge built in the world and consisted of over 1700 cast iron parts made in the local furnaces that would be put together like a giant 378 ton Meccano™ toy.
The bridge builders faced a few challenges: the steep sided gorge suffered from landslides and land movement, and the bridge needed to be a single span and tall enough to allow boats and barges freedom to travel on the river.
The design that was finally chosen was not just a river crossing, but also showed off the skills of the region's ironmasters and helped gain them a competitive edge over their rivals.
The bridge was opened on January 1st 1781 with people and traffic having to pay tolls to cross.
The investors soon recouped their money even though the construction costs were around double the initial estimate of £3000.
The original toll house is still in position and is used as a small museum and information centre.
Iron Bridge wouldn’t have survived without some care and attention and has had small modifications over the years. It survived the great floods of 1795, when the next nearest bridge, two miles away in Buildwas, was destroyed. You do not have to guess too hard on what material they used for the re-construction of the Buildwas bridge.
The great flood and survival of the bridge built confidence in iron as a building material and it led to many bridges and buildings being crafted using iron. Perhaps one of the most iconic cast iron buildings was the Crystal Palace used for the 1851 Great Exhibition in Hyde Park, London.
Most of the problems the bridge has seen over the years were caused by the unstable river banks. The stone abutments moved, pushed together, and cracked the iron, leading to a number of improvements. The last was made in 1973, when a reinforced concrete pillar was placed across the river bed to brace the abutments and stop them moving towards one and other.
For 153 years Iron Bridge carried traffic and people across the River Severn, until in 1934, it was closed to traffic and designated an Ancient Monument. It is still open for pedestrian access, though, and when you cross over it, stop for a moment and watch the river flow beneath you.
You'll probably wonder why and how such
an industrious place declined, but you'll also appreciate how much nature has recovered from the ravages of industry to create such a peaceful spot.
Shropshire is a marvellous place for history and food lovers! There's so much to see and do and taste, that you'll need more than just a short visit. If food is your thing, head to Ludlow and start exploring from there. For history lovers, Shrewsbury makes a great base with many historical sites in very easy reach.
Or, if you would prefer, here are some hotels in Shropshire.
Here are a few places that should go on your must-see list:
If you enjoyed reading about Iron Bridge and would like to read more about the Ironbridge Gorge World Heritage Site please return here, or if you would like to find out about what to do in Shropshire return here.


Most facilities do not know they have a roofing problem until water has entered the building and caused damage. We do not want that to happen to you! With our preventative maintenance program, we will come out and inspect your roofs and fix any issues that could be a problem in the future. While we are inspecting, some of the issues and critical areas we look at are:
- Drains and gutters not blocked and flowing correctly
- The condition of the roof membrane
- Check laps to ensure sealed
- Ponding water that we can eliminate
- Do caulk joints need new caulk applied
- The condition of the flashing
- Abandoned equipment that we can eliminate
- Objects stored on roof that are causing damage
- Debris that needs removed
Proper drainage is crucial for your roof. If your gutters, drains, or scuppers become stopped up it could cause premature wear on your roof and the water that cannot escape will eventually find a way inside your building. We are happy to keep your water flowing at all times with our preventative maintenance program.
We look for areas of failure and damage to roofs with this program, and are happy to make the necessary repairs where needed. Our desire is to find the problems on your roof and repair them before they look like this. Failure can happen in the field of the roof, and in the flashings. Wherever the problems rest, we can take care of it for you.
Do you know what is growing on your roof right now? Most people do not. Unwanted growth on a roof can bring severe damage to the roof, and to the rest of your building. Roots can grow through the membrane of the roof, and also allow paths for water to travel inside your building. With our preventative maintenance program, we can remove all unwanted growth on your roof and make sure our roof has not been compromised from it.
With our preventative maintenance program you will not have to worry about coming to work and seeing this reminder of last night’s rain.


Innovative Design. Imaginative Solutions. Ingenious Methods.
Advantage Drainage offers high-quality drainage solutions throughout the Dallas - Fort Worth Metroplex for nearly three decades. Our commitment to customer service has given us an A+ rating from the Better Business Bureau.
Phone: 817-307-7776about us contact us
Quality Drainage Solutions for Residential and Commercial Properties
Our experienced team can solve any drainage problem around your yard, home or office including basement flooding, yard drainage problems, excess standing water, and installation of french drains and surface drains.learn more contact us


Friday, April 1, 2016 to Saturday, September 30, 2017
Sunsari and Morang
The project mainly targets school teachers and children but also includes communities prone to flood
1. To develop tested model for increasing communities in Nepal's resilience to floods.
2. To enhance communities skills and capacity for managing flood response.
1. Enhanced Disaster Risk Management (DRM) awareness, skills, resources and infrastructure for better management of flood response.
2. Reduced flood risk.
3. Diversified livelihoods.
4. Strengthened social safety nets.
5. Tested and customized the Flood Resilience Measurement Tools per community.
6. Developed integrated project model to build flood resilience.
1. Trainings to community members in the relevant DRM aspects.
2. Design and implement extracurricular activities on DRM (with emphasis on flood risk) in schools.
3. Provide lifesaving equipment for search and rescue and first aid to communities.
4. Protect physical infrastructure, i.e. hand-pumps, tube-wells, toilets, schools, hospitals from floods (After FRM tool testing, the result of baseline survey).
5. Build a community evacuation centre.
6. Improve the quality and quantity of the ecosystem services.
7. Protect riverbanks by gabion walls and bio-engineering.
8. Train flood affected farmers in alternative livelihoods.
9. Establish saving and insurance activities (life, livestock & crop, infrastructure) through strengthened cooperatives/Self Reliant Groups
10. Modify/adapt the tool following feedback and results from testing of Flood Resilient Measurement (FRM) tool after baseline.


Bricks become fashionable again. Nowadays, old buildings made from bricks are renovated all the time, because they are treated as something valuable. It is very modern to have a bricky house or even one wall in the flat made from bricks. So, if you want to build something from bricks, it doesn’t matter if it is a chimney, fireplace, house or something else, we can help you.
Our professionals provide bricklayer’s service with the biggest diligence. Every detail of the project is consulting with our clients and in every moment during our work, client may notify his corrections. As we can see, for our employees, the most important thing is our client’s good.


IDHA Labs' design competitions are meant to inspire and challenge architects, designers, artists and design enthusiasts. Have a look at all the amazing competitions we are running now
The competition is to design a pavilion leveraging sustainable building materials like bamboo and other vernacular materials. This pavilion could be a community space, that can be shared equally by one and all in the transforming urban settings or it could be a new refuge, an inspiring and calming breather! The pavilion can be a place catering to various urban activities; where it can become a place to relax and to wander in or a small community space to gather and discuss.
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Urban Settlement is a complex entity & its complexity increases with the growth of its population and functional specialization. Spatial pattern of city & its region is subjected to change mainly due to pressure of population growth. Today with rapid urbanization & industrialization there is an increasing pressure on land, water & environment. The cities are expanding in all directions resulting in large scale urban sprawl and rapid change in urban land use. Inadvertently, this results in increase in the built up area and associated changes in spatial urban land use pattern. Present study has been undertaken to investigate the urban open spaces & changes in land use pattern through satellite data over a period of time and its possible impact on the infrastructural capabilities of the city of Gorakhpur. The study aimed towards environmentally sustainable urban growth.
Urban Settlement, Space, Gorakhpur, Sustainable Urban Growth


The Wettest Country In The Middle East Might Face Water Shortage
Lebanon’s Water Crisis
Population growth, rapid urban expansion, and the influx of Syrian refugees have led to a water deficit.
Lebanon is well-known for its natural advantages, making it one of the most unique and visually appealing countries that are popular amongst tourists. However, it lacks a basic ingredient of life, which is safe and pure drinking water.
Lebanon has been suffering from a water crisis for a long time despite the availability of natural water resources. Population growth, rapid urban expansion, and the influx of Syrian refugees have led to a water deficit. Moreover, poor management of water resources, wastewater, and its treatment complicates the problem.
“Lebanon’s water supply has been severely mismanaged and the tap water is so toxic,” BBC says.
Lebanon depends on rivers, groundwater, rain, and mountain snowcaps as a source of fresh and clean water.
However, the unsustainable practices and mismanagement of water usage expose Lebanon to a water shortage in the long run.
About 1.6 million people in Beirut and the Mount Lebanon area suffer from a water supply shortage.
According to the World Bank, most of the fresh water in Lebanon is stored in mountain snowcaps or underground reservoirs. Unfortunately, most of this water gushes out into the sea instead of aggregating or rechanneling it, so that people could benefit from it.
A study made in 2019 states that if water-saving measures are implemented, it can reduce the water deficit in Lebanon considerably.
Consequently, people suffer from the burden of the high costs of water. They depend on expensive water bottles or water supplies from private tanker trucks that are common in Beirut. A housewife says in an interview to BBC that she spends about 30% of her salary on drinking water just for her baby.
While the Lebanese government says that it is exerting its efforts to improve water supply conditions, yet people believe that it is not enough.
Lebanese activist, Nisreen Khatar, says, “If they will make small sources offering water for the place, it will not cost too much, so they will not have a lot of money,”
She added, “The issue here is that the politicians do not even think about the benefit of the people.”
The Bisri Dam project: In the 1950s, the Lebanese government examined the water crisis and decided to build the “Bisri Dam”, next to the town of Bisri, to capture and re-channel the water. However, things couldn’t shape up to execute that plan due to a lack of funds.
The Bisri dam project was adopted again in 2014 and came into effect in 2015 after funding from the World Bank was approved. However, some concerns were raised over the safety of the dam. Anti-dam and environmental activists said the dam is an “environmental ticking time-bomb”.
They said the dam disrupts the nearby ecosystem, threatens biodiversity, and destroys the shelters of animals.
They have also stated that this dam violates the Paris Convention on Climate Change and the 2030 sustainable development goals.
By 2020, the World Bank froze $600 million funds dedicated to the dam project in response to activists and civil society groups.
“Given strong stakeholder concerns about the project, the World Bank has requested the Government of Lebanon to launch an open and transparent public dialogue to address the concerns raised by citizens and civil society groups,” the World Bank said.
Lebanon Water Project: One of the most significant water projects in Lebanon currently in progress is the Lebanon Water Project (LWP), which started in 2015 and ends in 2021.
USAID as a funder works on improving the access to water, wastewater management, efficient irrigation, better water governance, and enhancing the sustainability of water utilities.
The Lebanon Water Project builds on the success of the “Lebanon Waste and Wastewater Sector Support” project (2009-2015).
It is also coordinated by Italy, the European Investment Bank, and the World Bank along with USAID.
However, water projects should be fostered by the Lebanese government intervention, along with the re-assessment of the Bisri Dam project to mitigate the negative impacts of the water deficit on the people.


Stainless Steel Submersible Sewage Pump
Power: 0.75-200 kw Flow: 8-3000 m³/h Head: 5-60 m
ASW series submersible sewage pump is mainly used for municipal works, industrial buildings, hotels, hospitals, civil air defence, mines etc. Trades to drain off the sewage, waste water, rainwater and living water in cities containing solid grains and various long fabrics.
ASW pump is high efficiency, energy saving, non-blocking, anti-winding, long life and other notable features can be installed with automatic coupling device especially they are suitable for pumping liquid with solids and long fibre. And a common type, auto-mixing type, auto-shredding type, auto-mixing chopped and anti-flushing type five kinds of models.
Imported SKF of NTN bearing, which, with a reasonable configuration, can oxtend the duration of the pump.
The built in cooling system can make the pump normally work whether the motor is on or under the liquid surface. A part of the liquid is extracted to bring out the beat produced by the motor from the pump circulation to the cooling barrel and to the pump casing and, when external cooling is required, the cooling sleeve may be separated from the pump casing and individually connected to the cooling system.
Of F class insulation, max. working temperatures 155 C, and of a protective grade IP68 with the effective seal.
Use high quality mechanical seal, two ways of the seal are in series with each other and individually work to separate the motor from the pump seal to provide the motor with a dual protection.
Oil can lubricate and cool the mechanical seal and realize the attached function of safety by preventing liquid from penetrating into the motor.
With the optimized design, the impeller wil not be blocked up when to transport liquid with its optimum flow and rate and the maximum efficiency. There are suitable impellers at choice for every point of working condition.
Use the know-how of CAD/CAM to make it of max. efficiency and min wearability
The pump is coaxial with the motor and the sealing device on the end of the shaft prevents against contacting with the medium to protect is from corrosion.
(1) Waste water drainage in factories and industries.
(2) Drain system for municipal sewage plant
(3) Waste water drainage in residential area.
(4) Flood system drainage
(5) Waste water drainage in hospitals and hotels
(6) Municipal facilities and construction area
(7) Exploration and mining equipment
(8) Pump for biomass pool and agriculture irrigation
(9) River and pond dredging


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Since our inception in this domain we hold expertise in offering our customers with reliable services for Building Construction Projects. From planning to execution, we utilize the best of our experts and professionals for rendering these services. Our construction services are highly recommended due to our honest approach and timely execution. Equipped with modern machines and a team of dedicated workforce, we are known for delivering utmost satisfaction to the client. We offer our Building Construction Projects service at very reasonable price to the customer.


Jaw crushers are widely used in the crushing of various ores and bulk materials in mining, construction materials, highways, railways and chemical industries.
Impact crusher is mainly used for metallurgy, chemical industry, building materials, water and electricity and other materials that often require relocation operations.
Cone crusher A crushing machine suitable for raw materials in the metallurgy, construction, road construction, chemical and silicate industries.
Hammer crusher is suitable for crushing medium-hard materials such as limestone, slag, coke, coal and other materials in cement, chemical, electric power, metallurgy and other industrial sectors.
The roller crusher is suitable for crushing medium and high hardness materials in metallurgy, building materials, refractory materials and other industrial sectors.
The toothed roller crusher mainly uses special wear-resistant toothed rollers to rotate at high speed to split and crush materials.
Brusting And Crushing Concrete. bursting and crushing of concrete youtube concret brusting and crushing bursting and crushing of concrete concrete bursting concrete crushing Tower Demolition can use methods of controlled demolition which cut down the noise and dust impact on the site and its surroundings Concrete bursting is a safe and efficient silent demolition method used for removing or.
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May 04, 2019 Bursting forces in columns are caused by cranked vertical reinforcement. Although these bursting forces are well documented, few Codes of Practice deal with the effects adequately. British, South African and American Codes are critically evaluated in this regard. An equation is developed to determine the amount of bursting steel required which is in the form of column ties.
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DSR Demolition returned to Riverside to dismantle further buildings to clear the way for the next phase of development. Occupiers have relocated within the site, in the case of RR Motorcycles, into the recently completed Fearnehough Building.
Building R will comprise of 27,750 sq.ft. and split into three or four units. Construction will commence early this Spring following ground preparation works and will be developed out in two phased. The first two units of 15,000 sq.ft. and 5,000 sq.ft. will be erected initially and allow for the relocation of an existing occupier on site into the new space.
Completion of the first phase is targeting September 2022 where the new bridged access over the River Wye from the A6 will also be brought into use.


30 second summary:
- • Building your new home and minimise your impact on the planet by choosing eco-friendly materials! ?
- • Talk to your home building company about the materials they use: are they reusable/renewable, and non-toxic where possible?
- • My Homes WA looks forward to joining you in designing and building your eco-friendly home.
The use of eco-friendly home building materials by home builders has become an integral part of modern architectural design. My Homes WA is passionate about creating stunning family homes designed and built using sustainable products. The materials selected for a home building project are vital in ensuring a quality build is carried out. Home-building materials typically considered to be eco friendly are reusable and renewable. The are often non-toxic and recycled materials. Examples of this are timber and plant matter – such as mud brick and straw.
Some eco-friendly materials we use at My Homes WA range from recycled plastic, wood, rammed earth, and recycled steel. Using recycled wood in the construction of homes is extremely popular. It is used in loading bearing components like panels, wall trusses, and roof beams. Wood is also widely used in the construction of flooring, window trimming, plus kitchen and bathroom cabinetry. By recycling and reusing wood it reduces its embodied energy. One important detail to remember is that wood has slightly less strength than steel. Plus it can be at risk of insect damage. Meaning the home builder should thoroughly inspect each reclaimed piece before installation.
Steel is also a fantastic, eco-friendly home building material. Steel is non combustible and pest-resistant. Plus completely free of the toxic chemicals that wood is often treated with. Steel can be used as a structural element in building eco-friendly homes including roofing and framing.
Our team of expert home designers and home builders are looking forward to joining you in building your eco-friendly home. We also use materials that will promote sustainable energy. By using these natural materials, it will result in a structure that is naturally insulated. Making you’re new home is built to be cool in the summer, and warm in the winter.
Materials commonly used by home building companies can have an negative effect on the environment. That is why My Homes WA is changing the game and offering eco-friendly options. In 2018 more homeowners are making the switch. Will you be the next?


EolMed – France
Located in the Mediterranean Sea off Port-la-Nouvelle in southern France, EolMed is one of the country’s first offshore floating wind pilots. The project was selected following a call for tender by the French government and is part of its Investment for the Future programme.
EolMed consists of mounting three 10 MW wind turbines on floating steel platforms to produce nearly 110 million kWh per year, the equivalent annual electricity consumption of 50,000 inhabitants. Qair is involved in the development, financing and operation of the wind farm as part of a consortium, with commissioning set for mid-2024. The ambitious goal is to demonstrate the financial and technical viability of such projects and be a catalyst for the future of offshore wind.


The most apparent sign of a leaky roof is water falling into your house. However, you can identify a leak before it will become that apparent. In case you have brown, discolored spots on the drywall ceiling, there is water leaking in. And even if you can find no noticeable indications of a leak, water leakage can rot the roof framing system, compromising its structural integrity, needing substantial and expensive repairs.
Prevention with assessment
For this reason, it is best to try to prevent leakages with regular roof assessments – twice a year, as suggested from the National Roofing Contractors Association (NRCA). It is advisable to do inspections once within the fall and once inside the late spring, because the winter season will be the toughest season for any roof. Numerous roofing companies will provide a free roof assessment, together with a composed estimation outlining the required repairs, as a means to solicit work.
In the event of a leak, take instant motion, being a leaky roof can cause significant harm to insulating material, wall surfaces, ceilings, floors and personal property. Larger leaks will certainly result in better harm, but even a small leak can result in sufficient damage to require changing the whole ceiling.
Check the flashing initially
The most typical reason for roof seepage will not be faulty concrete shingles, however the flashing across the chimney, air vents, enthusiasts and skylights, and lining roof valleys and eaves. Often, the asphalt compound or caulking materials used with flashing – or perhaps the rubber used for closing pipes along with other protrusions – dries out out of exposure to the elements as well as the sun’s Ultra violet rays. The dried out out components crack or release the seal, allowing water to penetrate.
The good thing is that these kinds of issues can generally be repaired quite inexpensively with concrete concrete – a repair that will last three years. Additionally, you can replace the flashing, which ought to last more than a decade. Rusted and corroded blinking can additionally be the cause of leakages. They can be cleaned up and painted with a corrosion-resistant color to press much more numerous years of services, but seriously deteriorated blinking and air vents needs to be changed.
Replace aged, exhausted shingles
Another reason for any dripping roof is old age. When concrete shingles start to curl, crack or tear, or once the mineral granules wear off revealing the dark asphalt, they must be replaced. If only some shingles are affected, Ceiling Repair Water Damage can do. However, if the put on is noticeable in a single away from each and every five to ten shingles, you may have to change the roof.
Blowing plant limbs and particles can result in little slashes and tears in asphalt shingles, leading to roof leakages. It is actually simple enough to repair or replace solitary shingles and a handy-man or roof specialist can perform the job. Trim plant branches a minimum of 8 inches through the house to avoid damage to the roof.
Clear out leaves and debris
A buildup of leaves and debris in the roof valley can cause water backups to leak through the roof. Keep an eye out for debris on the roof and clear it out as quickly as possible. Particles which has been sitting on the roof for some time may have triggered some rotting from the wood framework and sheathing, and may demand a roof inspection. Also, rain gutters full of leaves and particles, and blocked downspouts, permit water to back up, which can cause leakages inside the roof. Rain gutters should be cleaned out occasionally, and downspouts examined for clogging.
A accumulation of ice in the eave, also known as an ice dam, can also lead to roof seepage. It can even result in architectural injury to the roof’s framing system. Among the best ways to avoid an ice dam is to utilize an eave-home heating system – heated acyjqc which can be strung on the roof higher than the overhang which avoid the water from cold, and promoting proper watershed. A worthwhile purchase in case your roof is vulnerable to ice dams.
Call a specialist for a roof inspection
With the sources that can result in a leak in your roof, it may be beneficial to hire a roofing contractor to inspect your roof. For smaller sized repairs like shingle substitute or re-using caulking, you may be able to reduce your cost by hiring a seasoned handy-man. But also for bigger repair jobs in your asphalt shingle roof, it is recommended to contact a specialist roofing contractor.


Project: NSW Warehouse
Coating used: Mascoat Industrial-DTI
Thickness: 1.0 mm
Reason for application: Reduction of solar heat gain and condensation issues
Mascoat Industrial-DTI spray-applied insulation is designed to replace conventional methods of insulation to provide personnel protection, energy retention, and corrosion protection on heated surfaces. Another benefit of the coating is its ability to reduce solar heat gain and condensation issues within commercial type applications.
DeltaCoat Pty Ltd, Mascoat’s Australian distributor, was approached for an application on a company warehouse to reduce
solar heat gain, heat transfer, and combat condensation issues appearing internally due to the difference of internal/external temperatures.
Based on the structure requirements, a 1.0 mm application of DTI to the roof and walls of the warehouse would significantly reduce solar heat gain and prevent condensation.
The client has reported that they are satisfied with the application and the coating has alleviated all of their problems.


The U.S. Department of Transportation (DOT) serve the United States by ensuring a fast, safe, efficient, accessible and convenient transportation system that meets our vital national interests and enhances the quality of life of the American people, today and into the future. Through it’s different operating administrations and bureaus, the DOT provides financial assistance that help rural communities enhance access to affordable housing, improve safety on rural roads, increase the efficiency of freight movement, strengthen economic competitiveness, and protect the environment.
Transportation, Community, and System Preservation Program
Provide discretionary funding to states, metropolitan planning organizations, local governments, and tribal governments to plan and implement strategies that improve the efficiency of the transportation system, reduce its environmental impact, ensure efficient access to jobs and services, and promote development
patterns that advance these goals.
Transportation Alternatives (TA)
Funds from the federal government to expand travel choice, strengthen the local economy, improve the quality of life, and protect the environment. Eligible activities include most activities historically funded as “Transportation Enhancements,” the Recreational Trails Program, and the Safe Routes to School program.
Recreational Trails Program
Funds to states to develop and maintain recreational trails and facilities for non-motorized and motorized recreational uses such as hiking, bicycling, in-line skating, equestrian use, cross-country skiing, snowmobiling, off-road motorcycling, and all-terrain vehicle riding.
National Scenic Byways Program
Provide funds to projects along All-American Roads, National Scenic Byways, State scenic byways, and tribal scenic byways and for the planning and development of state or tribal scenic byways programs. Eligible projects include safety improvements to scenic byways; construction of facilities for pedestrians and bicyclists, rest area turnouts, overlooks, and interpretive facilities; highway improvements that improve access to recreation; and scenic byways marketing plans and programs.


Ocean engineering with specialization in Coastal and nearshore modeling
College or University: University of Rhode Island
Type of degree: M.S.
Brief overview of program: Coastal and nearshore modeling deals with the physical and numerical modeling of coastal and nearshore processes. Models are developed, applied, and verified with field and laboratory measurements. Wind-wave generation, wave refraction, diffraction, shoaling and breaking, surf-zone dynamics and littoral transport, pollutant and oil spill transport, harbor oscillations, tidal and wind- driven circulation in coastal and estuarine waters, and tidal inlet and barrier-island-related problems are studied. Finite difference, finite element, and boundary elements numerical methods are used. The department is also leading in the development of shell-based PC models, with advanced user-friendly graphic interface, model grid generation tools, envision mental management tools, and geographic information systems.
Website: Click here for program website
Description of Facilities: The Department of Ocean Engineering is located in the Sheets Building on the Narragansett Bay Campus, which also houses a marine geomechanics laboratory, a wave/tow tank facility, and faculty offices. The adjacent Middleton building contains office space, a machine shop, an acoustic test tank, an electronics laboratory, and an equipment staging area. The department also has computational facilities on the Bay Campus which include personal computers and SUN workstations. These computers are connected by high speed network to the rest of the Bay Campus, Kingston campus and the Internet.
Over 3,000 square feet of laboratory space is available, with equipment specially designed for research and the testing of marine sediments in the Marine Geomechanics Laboratory. State-of-the-art geotechnical equipment is used for tests and studies on direct simple shear; anisotropic triaxial compression; drained creep; acoustic velocity; and special flow-pump systems for triaxial, permeability, and compressibility studies. The vessel also has a multi-sensor core logging system. Other associated facilities include X-ray diffraction equipment, a scanning electron microscope, and devices for seafloor sampling.
The department maintains and operates a wave and tow tank that is 30 m long, 3.5 m wide, and 1.5 m deep. It is equipped with a flapper- type wave maker that generates both sinusoidal and random waves. A specially designed vertical multi-plate porous wave absorber is employed to damp waves. The tow carriage is equipped with a strain gauge system and is capable of making force and angular measurements of heave, roll, and yawing motions. The wave maker and data acquisition system are computer controlled and are capable of random or regular wave generation. Wave measurements are made using custom-designed wave height and pressure gauges. The tank has been used for a wide variety of experiments including ship resistance and propulsion, wave kinematics and dynamics, diver drag measurements, fishing trawl dynamics, buoy dynamics, and underwater vehicle drag.
In the Middleton Building on the Narragansett Bay Campus, the department maintains and operates an acoustics test facility that is 4 m wide, 7.6 m long, and 3.6 m deep. It has two towers, with manual control in the horizontal direction and electrical control in the vertical. The towers can be rotated about the vertical axis with an accuracy of one degree. A third carriage, which is independent of the towers, is mounted on a separate track. A computer data acquisition system processes the data. The tank is filled with fresh water, which is cleansed by a standard filtration system. This facility has been used for extensive experiments including beam pattern measurements of acoustic transducers and arrays, studies of acoustic parametric sources, and the development of subbottom profiling sonar systems and underwater diver communication systems.
Program Faculty: http://www.oce.uri.edu/faculty_pages/Faculty.htm
Student Support: http://www.oce.uri.edu/fellowships.html
Institution address: 215 Sheets Building Naragassett Bay Campus


Ben Baden Services is the number one accident damage and structural repair facility in the country and this is proven by the fact that we are the preferred repairer for the main crane insurance companies in the country. Our structural steel welders are being constantly re trained and recertified and most recently underwent training to be I.S.O certified to weld fine grain quenched and tempered high strength steel. We source our materials from the same place the manufacturers do and all of our structural repairs are independently weld tested, overload tested and certified.
We specialize in telescopic boom section repair and re fabrication and also lattice boom repair and re fabrication. The repair is then repainted in our facility and delivered back to you in like new condition.
We do all makes and models of structural repair and re fabrication and you will often find us a faster and more economical alternative to the manufacturer, for the exact same quality!!!


Gains for Frequently Roof Inspection & Maintenance by a Calgary Roofing Company
The roof is the most vulnerable part of a house, hurricane, tropical strong and rains affect the roof. Roof maintenance is vital in protecting the roof and keeping it from leaking. Early identification of a roof problem can help reduce the potential damage to the house.
It is sometimes difficult to predict how much your roof repairs will cost you. You can average the cost then you can add to your average cost depending on the condition of your roof or even the region. However, God Roofing Exteriors- Calgary roofing company offers a free estimate to help you better understand the cost before venturing into the roofing repairs or replacement.
If you need your house to last longer, it is therefore important to ensure that frequently repairs are maintained. Every roof is exposed to various risks from time to time ranging from strong winds, extreme heat, snows and heavy rains amongst other hazards which can consequently lead to very high losses.
The following are some of the benefits associated with roof inspection and maintenance.
- Saves on money
Regular inspection and maintenance help to identify problems at an earlier stage and hence contributing to reducing serious issues which would develop later. This, therefore, helps to significantly to reduce the costs of funds that could be used to repair the entire roof in the future.
- Maximum roof protection
Repairing your roof on a regular basis is all that you need to ensure your roof is adequately protected and also lasts longer. This assures you of the safety of your family since no damage that can easily be caused on the roof.
- Maintaining the beautiful design of the roof
The roof design is an important aspect that compliments the beauty of the entire house. It, therefore, should be checked on a daily basis to retain the overall beauty.
Factors that influence roof repair
Finding a leak in your house is the most frustrating thing. Roof repairs may be expensive depending on the degree of the damage or the restoration required. Before calling any roofer, you should first assess the degree of the damage from outside and inside your house. If the damage is severe, it is important to compare the cost of repairing the roof to installing a new roof.
The following are the factors that influence roof repair:
- Type of the roof
The kind of roof in your home will significantly affect the cost of doing repairs. There are different types of roofs flat or sloped, metal or shingled and high or low pitch. Different types of roof require different material, labour and even cost more to repair than others. Shingles roofs are the cheapest with the metal roof being the most expensive room because you can spend more on your repairs.
- Permits required for roof repairs
Calgary Roofing requires permits although sometimes it depends on your region. For those regions prone to hurricanes and tropical storms like the coastal areas have a special roofing permit. This roofing permit adds to your roofing cost and sometimes if your house is big you may be charged more than the average charging rate.
- The extent of the damage
The severity of the roof damage will significantly determine the cost you will incur in roofing repairs. The roofer determines the price to charge by the square footage of your roof. If the damage on your roof is less than a square foot, the roofer will still charge you the same as he charges for square footage. However, if the materials remain, he will return them to you just in case you will require more repairs in the future.


Last update: 30/09/2022
The building materials sector comprises companies that manufacture goods such as: steel, cement, concrete, bricks, floors, tiles, hydraulic pipes, electrical connections, faucets, carpentry, mortar, veneers, hardware and paint, among others.
In the last years in Colombia a record has been registered in the sale of new housing, on plans or pre-construction, which will generate an increase in the future demand for construction materials. In Valle del Cauca the development of the construction sector has had an accelerated growth. According to figures from the Colombian Chamber of Infrastructure, the region is the second in the country with the most housing units sold.
The licensed area for construction has also grown significantly, representing a great opportunity for the development of housing solutions. Between 2020 and 2022, the area with construction permits increased 29.3%, going from 16.8 million square meters to 21.7 million square meters.
All of the above is added to the strong business network that the region has, both national and foreign companies, such as Lafarge Holcim, Eternit, Cemex, Pavco and in the case of national companies: Cementos Argos, Ladrillera San Benito, Sidoc, Aluminia, Impadoc, among other important companies.


About us News Members’ and Overflow Car Park closing for resurfacing works Members’ and Overflow Car Park closing for resurfacing works Our Members’ Car Park and Overflow Visitor Car Park will be closed from Tuesday 17 November for a minimum of two weeks for resurfacing and drainage works. This work is essential due to persistent problems with both car parks becoming waterlogged following rainfall. Car parking in our main visitor car park is going to be limited whilst works are ongoing. Please follow signage for non-member and member parking when you arrive. We're asking everyone to please follow the latest Government advice on essential journeys. Should our visitor car parks become full during opening hours we will announce this on our social media channels – Facebook and Twitter – and also on our website homepage.


Things you can do Outside your home to stop water from getting in
• Disconnect downspouts from the municipal sewer system. Extend downspouts at least 6 feet (1.8 metres) away from your exterior walls if possible and drain away from your house towards the street or backyard.
• Install a rain barrel to minimize the amount of surface water that could overload drainage systems and otherwise enter your home. Empty it regularly (especially after a heavy rain) and disconnect it over the winter.
• Inspect your roof regularly and replace aging or worn shingles — check flashing and caulking around chimneys and vents — replace when necessary.
• Grade the ground around your home to slope away from foundation walls.
• Before temperatures drop to freezing in late fall/early winter, turn off the water supply to outdoor taps and faucets, then open the taps to drain completely. Leave taps in the open position until spring.
• Keep eavestroughs and downspouts clear of leaves and other debris — clean out at least once a year – late fall is a good time.
• A leaky roof in winter is often the result of ice damming — to prevent ice dams from forming, make sure your attic is properly insulated, install a waterproof membrane under the shingles. Don’t try to clear ice and snow from your roof yourself — hire a professional.


The RUBI TZ – 1550 professional tile cutter has a cutting length of up to 155 cm. Cutting thickness up to 21 mm. The high strength of the material ensures a breaking force of up to 1500 kg with one hand. The cutter has two wheels fixed on it for better handling. The weight of this cutter is 31.5 kg. The good disassembly of the cutter ensures better relocation and storage. The cutter is designed for all types of ceramic tiles.
The package includes cutting wheels SILVER PLUS Ø 8 mm and EXTREME PLUS Ø 22 mm and a textile bag for easy carrying of the cutter.
Straight cut length: 1550 mm
Diagonal cut – max. paving dimension: 1100 x 1100 mm
Max. Material thickness: 3 – 21 mm
Breaking force: 1500 kg
Cutter weight: 31,5 kg


Public meeting for a proposed second community hydro scheme for the Corwen area.
Cadwwyn Clwyd and Corwen Electricity Cooperative are holding a public meeting to discuss the potential for a community hydro power scheme at Bonwm near Corwen.
Come along to find out the latest developments for this scheme and listen to a detailed plan of how it will work.
Venue: Corwen Sports Pavilion
Date: Wednesday, May 30th 2018 at 7.00 pm
For additional information Tel: Cadwyn Clwyd on 01490 340500 or contact the CEC secretary


Mark Crigler is a Professional Engineer in Arizona, and has been engaged in Civil Engineering there for over thirty years. He is the owner and creator of GPS2CAD, and now devotes his full time to the development and use of this product.
GPS2CAD.com is a corporate web site of AMC Inc., a company based in Phoenix, Arizona, USA. The company was formed in 1987 and has been engaged in Civil Engineering for many years. Now it uses this background to concentrate on offering only GPS2CAD.


What is Radiant Heat?
It seems that everyone is talking about radiant heat nowadays. With the emphasis on clean, renewable heating sources, radiant heat tops the list of efficient home (and business) heating solutions - from heated floors to heated driveways .
Radiant heat involves the transfer of energy that radiates heat outwards from its source. A radiant floor heating system heats the floor and objects in contact with the floor, and ultimately warms the air in the room. A wide variety of proven floor heating systems that can be installed under just about any type of floor surface are available from Warmzone.
While there are several different types of radiant heating products, there are two basic methods for providing radiant heat – electric systems and hydronic (liquid based) systems. Electric radiant heating systems utilize an electrical resistance element (heat cable) that is embedded under the floor surface. Hydronic systems pump specially treated water through flexible tubing under the floor. The liquid is re-circulated between the floor and the boiler. Both radiant floor heating systems provide a much more efficient means of heating than that of forced air systems.
Another advantage of radiant heated floors is that the systems consist of "zones" that can be controlled individually. This gives you the flexibility to heat only the specific rooms or areas that you choose. A small, programmable thermostat with an external or built-in sensor is used to control each zone.
Electric Floor Heating
Electric radiant floor heating systems utilize heat cable to generate the heat source. When an electric heated floor is turned on, energy is forced through a conductive material (heat cable) to create resistance (heat). For most areas an electric line-voltage system is used. The heated floor system's thermostat has an integrated GFCI breaker at the power source to ensure safety, and is available in 110 or 220 voltage. The line-voltage products we recommend are ComfortTile and Warmzone SlabHeat (In-Slab) cables.
For heating small areas such as bathrooms or kitchens, electric under floor heating systems are by far the better choice. In most small to medium-sized home heating projects, the advantages of electric systems are superior to hydronic radiant heat for warming floors. Electric floor heating systems feature much quicker response times, are easier and less expensive to install, and are virtually maintenance free.
Low-voltage and Line-Voltage Floor Heating Systems
Low-voltage systems use the same voltages and consume the same amount of power as line-voltage products. The main difference is the use of a step-down transformer which reduces the voltage supplied to the heating materials. Due to their safe low-voltage current (8-30v), products like FloorHeat can be nailed and stapled down to secure the product to the floor and are therefore useful for installation under hardwood and carpet. The low-voltage radiant heat product we recommend is FloorHeat.
Hydronic Floor Heating
In hydronic floor heating systems, water is heated by a boiler and then pumped through a series of special PEX tubing that is installed under the floor. The heated water produces warmth that radiates across the floor's surface. Hydronic underfloor heating is still the most popular form of radiant heat, mainly because it has been around the longest. Hydronic heating was first used by the Romans thousands of years ago, but naturally, there have been significant developments since.
In the most recent hydronic floor heating systems, PEX radiant tubing is installed in a concrete mass called Gypsum Concrete or "Gypcrete." This method works very well in most applications, but there have been developments in the installation process of hydronic under floor heating that make it easier to install for certain situations. This new development is known as a low-mass or modular board underlayment system (InfloorBoard). Rather than embedding the hot water tubing in concrete, the PEX tubing is laid in the grooves of pre-cut wood panels. The floor heating system is ideal for remodeling as well as most new construction projects.
While electric heated floors are generally recommended over hydronic systems, there is still a place for hydronic floor heating and snow melting applications. Hydronic radiant heat is frequently used for large commercial radiant heat applications because the operation cost can be slightly less than that of electric radiant heating systems.
Radiant Heat Controllers
Different thermostats are available to control your radiant floor heating system. You can choose a thermostat that is controlled by a floor sensor (to measure floor temperature) or opt for one with an ambient sensor that measures the actual temperature in a specific room.
can be used as a primary source of heat for your home
(or business) or used as a supplemental heating
source that complements your conventional heating system.


For more than one-hundred years W. T. Fary Brothers Building Materials has been providing a complete range of top-quality lumber and building materials to builders and home owners. Our large selection of products, backed by a knowledgeable and helpful staff, make us a one-stop business for all your building needs. We provide a level of knowledge and service that the big-box stores simply can't match.
Windswept Weathered Wood offers a reclaimed wood appearance with the structural integrity of new wood, boasting a wonderful Eco-story. Weathered wood is becoming a popular choice for builders and architects alike - with numerous interior and exterior applications. LEARN MORE >
W.T. FARY BROS. Building Materials | 8843 Farys Mill Road | Gloucester, VA 23061 | (804) 693-2544
© 2013 W.T. Fary Bros. Building Materials, Web Design by Blacktree Studio.


Water Bridge in Germany…. What a feat! Six years, 500 million euros, 918 meters long…….now this is engineering!
This is a channel-bridge over the River Elbe and joins the former East and West Germany , as part of the unification project. It is located in the city of Magdeburg, near Berlin. The photo was taken on the day of inauguration. To those who appreciate engineering projects, here’s a puzzle for you armchair engineers and physicists.
Did that bridge have to be designed to withstand the additional weight of ship and barge traffic, or just the weight of the water?
It only needs to be designed to withstand the weight of the water!
Why? A ship always displaces an amount of water that weighs the same as the ship, regardless of how heavily a ship may be loaded. Remember your high school physics, and the fly in an enclosed bottle project??? Similarly, the super sensitive scale proved that it didn’t make any difference whether the fly was sitting on the bottom, walking up the side, or flying around. The bottle, air, and fly were a single unit of mass and always weighed the same.


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Terrain Lénin in Gentilly, a Parisian suburb, is located along the aqueduct 300 meters far from the Parisian outer ring road. The site, a former sports ground belonging to the Cité Internationale Universitaire de Paris, remains a wasteland to date.
This project, by building the promenade of the aqueduct can directly link the site to the Cité Internationale Universitaire de Paris. Terrain Lénin becomes an extension of Paris directly accessible thanks to numerous public transports.


London Building Control's Southern Office, based in Chichester, West Sussex.
London Building Control Ltd is a fast growing Corporate Approved Inspector with a network of expert professionals providing services involving all aspects of the Building Regulations.
Most building work is controlled under the Building Regulations, traditionally by submitting an application to the Local Authority. We are here to offer an alternative route for building control certification, and are approved to do so by the Construction Industry Council, on behalf of the government.
We make this process as straightforward as possible and believe our service offers added benefits for clients - reducing unnecessary delays and costs.
Our aim is to be fast and efficient, with helpful staff and by using experienced surveyors to give you a quality service.
London Building Control (Main office)
1-6 Yarmouth Place
Tel : 0845 630 2112
London Building Control (South office)
Tel : 01243 780 779
All major credit cards accepted


Fair Play Metals began in 1979 as Caldwell Fabrication & Welding, Inc., in White Hall,AR, where our first projects were building grain trailers. In early 1980 we began manufacturing structural steel framing for pre-engineered metal buildings, by 1984 we were using a CAD system for our design and drafting of metal buildings. We continued to grow throughout the 80’s and 90’s progressing into structural steel for multi-story commercial buildings and miscellaneous steel. We have done thousands of projects throughout the United States and as far away as Antarctica.
In 2006, Caldwell Fabrication & Welding, Inc. opened a new facility in Fair Play, Mo as Fair Play Metals. Our focus is on the sales of pre-engineered metal buildings and metal building components, also providing the miscellaneous steel for these projects such as: pipe bollards, gates and ladders. Every building is custom engineered and designed for the customer’s needs and location.
For those builders that want to supply their own components we can provide just the structural framing, drawings and engineering, while you purchase your own sheeting and trim from your current metal building component supplier. Our experience working with many of the major component suppliers over the years makes us uniquely qualified for this type of customer.
Fair Play Metals is a dealer for Central States Manufacturing metal building components and is able to offer quick turn around time for all your commercial, agricultural and residential sheeting and trim needs.


Enhance your community with specialized decorative traffic signs designed to complement your parking lots, building complexes, and more. Increase safety by replacing old, faded traffic signs with new reflective signs.
We have come to rely on Southern Striping for their professional and precise work. They have done striping, car stop installation and traffic signs on many of our projects. In every case they have exceeded our requirements. I gladly endorse Southern Striping for their excellent work.”
We have used Southern Striping to perform sealcoating, striping and asphalt repair on various communities under our management. I have always found them to be focused on quality in their work.


Building a barndominium is a great way to get the home of your dreams. A traditional home build can be incredibly expensive and will take months, if not years. A barndominium will take about half this time, though it will still require a lot of planning and dedication. One of the most important aspects of the build is the barndominium foundation.
Your foundation will support the entire home and ensure that it is structurally stable. Because of this, you will want to make sure that it is poured and constructed correctly. In this article, we have laid out everything you need to know about a barndominium foundation. By understanding some of the basics, you can set yourself up for success.
What is a Barndominium Foundation?
The barndominium foundation is the base on which your home will be built and where most of the weight is distributed.
Because of this, it is incredibly important that your barndominium foundation is as well-made as possible. While some aspects of a barndominium can be built yourself, the foundation is best left to the pros. They will know everything about building codes and safety issues that you might not be aware of.
Your foundation can make or break your home build. There is a reason why people use the word foundation to represent the most basic, structural aspect of something. Your barndominium foundation supports the entire home. Making sure that is laid and poured correctly will give you the best chance of a quality home.
How is a Barndominium Foundation Different?
Most barndominiums use concrete slab foundations instead of traditional ones. Concrete slab foundations are one big chunk of concrete that is the size of the entire home. A traditional foundation goes around the perimeter of the home and is not filled in the middle. With a concrete slab barndominium foundation, you get more support and better stability.
Barndominiums are built from the structure of post-frame metal buildings. This means that their posts are driven into the ground around the perimeter of the home. Because of this, a concrete slab foundation is perfect for this kind of home. The posts holding up the structure of the home can be driven into the slab, which will make them very stable.
Requirements of a Barndominium Foundation
The requirements for a barndominium foundation will be different for each region of the country. Depending on your state, you may need to adjust the following rules. For the most part, though, your slab foundation will have to be at least two inches longer than the home. The width, though, can be exactly the same.
Your slab will also have to be at least four inches thick, as well. However, it is usually a better idea to have the slab be six inches thick. This will be more expensive, but it will also ensure that the home is stable and safe no matter what. It will also be less likely to crack in cold weather.
Can a Barndominium Have a Crawl Space or Basement?
One of the things people wonder about with a barndominium foundation is whether you can have a basement or crawl space. If you are laying down a concrete slab foundation, you will not have room for a crawl space or basement. The foundation will be completely solid and there won’t be any space between the ground and the floor surface.
However, it is possible to include a basement or crawl space if you have the right design. One of the things you will need to do, though, is check your local building codes. Some municipalities will not allow you to have anything aside from a slab for a metal building. This is an incredibly important consideration and will save you money on fees and rebuilds down the line.
Can I Pour My Foundation Myself?
One of the benefits of building a barndominium is the fact that it is so much cheaper. This is partially because a lot of the work that has to go into a barndominium can be done yourself. However, you should not try to pour your barndominium foundation yourself. This is an incredibly precise part of the job and should be done by a professional.
When choosing a builder for your barndominium foundation, experience is key. If possible, find a concrete contractor who specializes in these kinds of foundations. They will know how to solve any problems that come up and can ensure that everything is done correctly. They will also be sure that everything is up to code and that it will last for years.
What to Consider When Choosing a Barndominium Foundation
One of the most important things to consider when laying a barndominium foundation is plumbing. Because the slab is completely solid, you will have to lay out the plumbing at the same time. This means that the design will have to be correct before beginning. Making sure that your plumbing fixtures are in the right spot will keep the whole process running smoothly.
The best way to make sure that your barndominum plumbing will be ready to go is to have a detailed floor plan. Your floor plan will dictate where all the rooms are and what spaces need plumbing access. Nailing down your floor plan will have benefits far beyond the planning stage. You and your builder can follow it for the foundation pouring and it will keep everything organized.
By understanding the basics of a barndominium foundation, you can start yourself on the right foot. Getting everything planned and ready to go will streamline the whole process. With the right floor plan and a good builder, you simply can’t go wrong. Your barndominium foundation is crucial and you will have to have it planned down to the last inch.
If you would like more guides like this one, be sure to check out the rest of Barndominiums.co. There, you will find more tips and tricks from the pros, including information about financing and insurance. You will also find featured barndominiums. These homes will get you thinking about your own home and get you inspired to design your own floor plan.


Name of Project:
Construction of Private Lake
Location of Project: Galveston, Texas
Owner: Jeff Blackard, Blackard Developments Inc., 972-540-0304
A/E: Blackard Developments, Inc., 972-540-0304
General Scope of Construction Project:
APOLLO® performed site work activities and completed the construction of a 25-acre lake for a private development. APOLLO® conducted the following field construction activities during the project: Coordinate construction activities with development design requirements. Excavated approximately 350,000 cubic yards of material from the property and managed stockpile area for loading operations, Conducted site grading and slope preparation for vegetation purposes, Marketed the fill material for other private development and project construction use, Scheduled and managed over 30,000 loads of material for delivery to various areas of Galveston, Installed water management systems to control and pump over 100 million gallons of water to maintain access to excavation areas, and Performed continuous surveying to confirm proper slope and grade elevations.


PEI & Nova Scotia Land Surveyors
PEI, NS & NB Construction & Drone Surveys
WHO WE ARE
GeoTerra Surveys is a Professional Surveying company locally owned and operated by Colin G. Atkinson, PEILS, NSLS, CLS, P.Eng and Advance RPAS ( Drone/UAV) Pilot. We serve all of PEI, Nova Scotia and New Brunswick. Our goal is to complete projects efficiently, on schedule, on budget and to form lasting client relationships. We use the latest GPS and conventional surveying equipment along with up-to-date surveying software to quickly complete your project.
WHAT WE DO
We use up-to-date surveying equipment, software and project management processes to accurately complete projects efficiently.
CALL US TODAY
Advanced RPAS (Drone/UAV) Pilot
Land Construction & Drone Surveys
13B Glen Stewart Drive
Stratford, PEI, C1B 2A8
NS MAIN OFFICE
537 East Torbrook Road
South Tremont, NS B0P 1R0