query_id stringlengths 26 53 | case_id stringlengths 17 44 | raw_text stringlengths 334 505 | parsed_text stringlengths 590 778 | video video 9.5 23.5 |
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dye2d_Re100_lower_t1_s007_r2__full__0 | dye2d_Re100_lower_t1_s007_r2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.977 by 1.031, the Reynolds number is about 100, the dye enters through the lower inlet band as a short pulse lasting about 0.6, the Peclet number is about... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re100_upper_t3__full__0 | dye2d_Re100_upper_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.854 by 1.067, the Reynolds number is about 100, the dye enters through the upper inlet band as a long pulse lasting about 3, the Peclet number is about 10... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re105_lower_t1__full__0 | dye2d_Re105_lower_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.283 by 0.957, the Reynolds number is about 105, the dye enters through the lower inlet band as a short pulse lasting about 0.6, the Peclet number is about... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re1075_middle_t2_s029_r2__full__0 | dye2d_Re1075_middle_t2_s029_r2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.468 by 1.06, the Reynolds number is about 1075, the dye enters through the middle inlet band as a medium pulse lasting about 1.6, the Peclet number is abo... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re1100_lower_t2__full__0 | dye2d_Re1100_lower_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.242 by 0.9616, the Reynolds number is about 1100, the dye enters through the lower inlet band as a medium pulse lasting about 1.6, the Peclet number is ab... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re1125_middle_t3__full__0 | dye2d_Re1125_middle_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.993 by 0.9519, the Reynolds number is about 1125, the dye enters through the middle inlet band as a long pulse lasting about 3, the Peclet number is about... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re1150_upper_t3__full__0 | dye2d_Re1150_upper_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.295 by 1.052, the Reynolds number is about 1150, the dye enters through the upper inlet band as a long pulse lasting about 3, the Peclet number is about 1... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re1150_upper_t3_s030_r2__full__0 | dye2d_Re1150_upper_t3_s030_r2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.302 by 1.065, the Reynolds number is about 1150, the dye enters through the upper inlet band as a long pulse lasting about 3, the Peclet number is about 1... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re115_middle_t2__full__0 | dye2d_Re115_middle_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.882 by 0.9891, the Reynolds number is about 115, the dye enters through the middle inlet band as a medium pulse lasting about 1.6, the Peclet number is ab... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re1225_lower_t1__full__0 | dye2d_Re1225_lower_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.011 by 1.053, the Reynolds number is about 1225, the dye enters through the lower inlet band as a short pulse lasting about 0.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re1275_upper_t3__full__0 | dye2d_Re1275_upper_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.01 by 1.01, the Reynolds number is about 1275, the dye enters through the upper inlet band as a long pulse lasting about 3, the Peclet number is about 127... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re130_lower_t2_s009_r2__full__0 | dye2d_Re130_lower_t2_s009_r2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.318 by 1.054, the Reynolds number is about 130, the dye enters through the lower inlet band as a medium pulse lasting about 1.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re1350_middle_t2__full__0 | dye2d_Re1350_middle_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.406 by 1.046, the Reynolds number is about 1350, the dye enters through the middle inlet band as a medium pulse lasting about 1.6, the Peclet number is ab... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re135_middle_t1__full__0 | dye2d_Re135_middle_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.824 by 0.9884, the Reynolds number is about 135, the dye enters through the middle inlet band as a short pulse lasting about 0.6, the Peclet number is abo... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re1375_upper_t3_s031_r2__full__0 | dye2d_Re1375_upper_t3_s031_r2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.222 by 1.065, the Reynolds number is about 1375, the dye enters through the upper inlet band as a long pulse lasting about 3, the Peclet number is about 1... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re140_lower_t2_s010_r2__full__0 | dye2d_Re140_lower_t2_s010_r2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.88 by 0.9578, the Reynolds number is about 140, the dye enters through the lower inlet band as a medium pulse lasting about 1.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re140_upper_t3__full__0 | dye2d_Re140_upper_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.116 by 0.9638, the Reynolds number is about 140, the dye enters through the upper inlet band as a long pulse lasting about 3, the Peclet number is about 1... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re1425_upper_t3__full__0 | dye2d_Re1425_upper_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.386 by 1.064, the Reynolds number is about 1425, the dye enters through the upper inlet band as a long pulse lasting about 3, the Peclet number is about 1... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re155_upper_t2__full__0 | dye2d_Re155_upper_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.273 by 1.011, the Reynolds number is about 155, the dye enters through the upper inlet band as a medium pulse lasting about 1.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re155_upper_t2_s011_r2__full__0 | dye2d_Re155_upper_t2_s011_r2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.448 by 1.017, the Reynolds number is about 155, the dye enters through the upper inlet band as a medium pulse lasting about 1.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re160_middle_t2__full__0 | dye2d_Re160_middle_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.91 by 0.9615, the Reynolds number is about 160, the dye enters through the middle inlet band as a medium pulse lasting about 1.6, the Peclet number is abo... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re1700_lower_t1__full__0 | dye2d_Re1700_lower_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.424 by 0.9711, the Reynolds number is about 1700, the dye enters through the lower inlet band as a short pulse lasting about 0.6, the Peclet number is abo... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re1700_lower_t1_s033_r2__full__0 | dye2d_Re1700_lower_t1_s033_r2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.1 by 0.95, the Reynolds number is about 1700, the dye enters through the lower inlet band as a short pulse lasting about 0.6, the Peclet number is about 1... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re175_upper_t3__full__0 | dye2d_Re175_upper_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.025 by 1.061, the Reynolds number is about 175, the dye enters through the upper inlet band as a long pulse lasting about 3, the Peclet number is about 17... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re180_upper_t2__full__0 | dye2d_Re180_upper_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.978 by 1.018, the Reynolds number is about 180, the dye enters through the upper inlet band as a medium pulse lasting about 1.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re185_lower_t3__full__0 | dye2d_Re185_lower_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.744 by 1.042, the Reynolds number is about 185, the dye enters through the lower inlet band as a long pulse lasting about 3, the Peclet number is about 18... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re1875_lower_t1__full__0 | dye2d_Re1875_lower_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.826 by 1, the Reynolds number is about 1875, the dye enters through the lower inlet band as a short pulse lasting about 0.6, the Peclet number is about 18... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re190_upper_t2_s013_r2__full__0 | dye2d_Re190_upper_t2_s013_r2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.188 by 1.023, the Reynolds number is about 190, the dye enters through the upper inlet band as a medium pulse lasting about 1.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re195_upper_t2__full__0 | dye2d_Re195_upper_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.189 by 0.964, the Reynolds number is about 195, the dye enters through the upper inlet band as a medium pulse lasting about 1.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re1975_upper_t1_s034_r2__full__0 | dye2d_Re1975_upper_t1_s034_r2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.913 by 1.048, the Reynolds number is about 1975, the dye enters through the upper inlet band as a short pulse lasting about 0.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re200_lower_t3__full__0 | dye2d_Re200_lower_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.136 by 1.031, the Reynolds number is about 200, the dye enters through the lower inlet band as a long pulse lasting about 3, the Peclet number is about 20... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re205_middle_t2_s014_r2__full__0 | dye2d_Re205_middle_t2_s014_r2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.936 by 1.008, the Reynolds number is about 205, the dye enters through the middle inlet band as a medium pulse lasting about 1.6, the Peclet number is abo... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re205_upper_t2__full__0 | dye2d_Re205_upper_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.833 by 0.9609, the Reynolds number is about 205, the dye enters through the upper inlet band as a medium pulse lasting about 1.6, the Peclet number is abo... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re2100_upper_t3__full__0 | dye2d_Re2100_upper_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.027 by 1.002, the Reynolds number is about 2100, the dye enters through the upper inlet band as a long pulse lasting about 3, the Peclet number is about 2... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re215_upper_t3__full__0 | dye2d_Re215_upper_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.706 by 0.9724, the Reynolds number is about 215, the dye enters through the upper inlet band as a long pulse lasting about 3, the Peclet number is about 2... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re220_middle_t3__full__0 | dye2d_Re220_middle_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.283 by 0.9652, the Reynolds number is about 220, the dye enters through the middle inlet band as a long pulse lasting about 3, the Peclet number is about ... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re225_lower_t3__full__0 | dye2d_Re225_lower_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.816 by 1.004, the Reynolds number is about 225, the dye enters through the lower inlet band as a long pulse lasting about 3, the Peclet number is about 22... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re2300_upper_t1__full__0 | dye2d_Re2300_upper_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.96 by 0.9745, the Reynolds number is about 2300, the dye enters through the upper inlet band as a short pulse lasting about 0.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re2325_middle_t1_s035_r2__full__0 | dye2d_Re2325_middle_t1_s035_r2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.159 by 0.9996, the Reynolds number is about 2325, the dye enters through the middle inlet band as a short pulse lasting about 0.6, the Peclet number is ab... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re235_middle_t2_s015_r2__full__0 | dye2d_Re235_middle_t2_s015_r2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.705 by 0.9754, the Reynolds number is about 235, the dye enters through the middle inlet band as a medium pulse lasting about 1.6, the Peclet number is ab... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re235_upper_t3__full__0 | dye2d_Re235_upper_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.9 by 0.9992, the Reynolds number is about 235, the dye enters through the upper inlet band as a long pulse lasting about 3, the Peclet number is about 235... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re245_lower_t3__full__0 | dye2d_Re245_lower_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.73 by 0.9643, the Reynolds number is about 245, the dye enters through the lower inlet band as a long pulse lasting about 3, the Peclet number is about 24... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re255_middle_t1__full__0 | dye2d_Re255_middle_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.847 by 1.049, the Reynolds number is about 255, the dye enters through the middle inlet band as a short pulse lasting about 0.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re255_upper_t3_s017_r2__full__0 | dye2d_Re255_upper_t3_s017_r2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.203 by 1.066, the Reynolds number is about 255, the dye enters through the upper inlet band as a long pulse lasting about 3, the Peclet number is about 25... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re260_upper_t3__full__0 | dye2d_Re260_upper_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.886 by 0.991, the Reynolds number is about 260, the dye enters through the upper inlet band as a long pulse lasting about 3, the Peclet number is about 26... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re2625_middle_t2__full__0 | dye2d_Re2625_middle_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.275 by 1.012, the Reynolds number is about 2625, the dye enters through the middle inlet band as a medium pulse lasting about 1.6, the Peclet number is ab... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re2825_middle_t3__full__0 | dye2d_Re2825_middle_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.097 by 1.036, the Reynolds number is about 2825, the dye enters through the middle inlet band as a long pulse lasting about 3, the Peclet number is about ... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re2850_lower_t1__full__0 | dye2d_Re2850_lower_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.976 by 0.952, the Reynolds number is about 2850, the dye enters through the lower inlet band as a short pulse lasting about 0.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re285_middle_t3__full__0 | dye2d_Re285_middle_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.94 by 1.072, the Reynolds number is about 285, the dye enters through the middle inlet band as a long pulse lasting about 3, the Peclet number is about 28... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re300_middle_t2__full__0 | dye2d_Re300_middle_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.252 by 1.014, the Reynolds number is about 300, the dye enters through the middle inlet band as a medium pulse lasting about 1.6, the Peclet number is abo... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re330_upper_t1__full__0 | dye2d_Re330_upper_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.936 by 0.9598, the Reynolds number is about 330, the dye enters through the upper inlet band as a short pulse lasting about 0.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re3325_middle_t3__full__0 | dye2d_Re3325_middle_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.843 by 1.014, the Reynolds number is about 3325, the dye enters through the middle inlet band as a long pulse lasting about 3, the Peclet number is about ... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re350_lower_t3__full__0 | dye2d_Re350_lower_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.329 by 0.9527, the Reynolds number is about 350, the dye enters through the lower inlet band as a long pulse lasting about 3, the Peclet number is about 3... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re3675_upper_t1__full__0 | dye2d_Re3675_upper_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.373 by 0.9775, the Reynolds number is about 3675, the dye enters through the upper inlet band as a short pulse lasting about 0.6, the Peclet number is abo... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re370_upper_t1__full__0 | dye2d_Re370_upper_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.251 by 0.9563, the Reynolds number is about 370, the dye enters through the upper inlet band as a short pulse lasting about 0.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re3750_middle_t2__full__0 | dye2d_Re3750_middle_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.24 by 1.057, the Reynolds number is about 3750, the dye enters through the middle inlet band as a medium pulse lasting about 1.6, the Peclet number is abo... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re390_middle_t3__full__0 | dye2d_Re390_middle_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.888 by 0.994, the Reynolds number is about 390, the dye enters through the middle inlet band as a long pulse lasting about 3, the Peclet number is about 3... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re400_lower_t1__full__0 | dye2d_Re400_lower_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.46 by 1.048, the Reynolds number is about 400, the dye enters through the lower inlet band as a short pulse lasting about 0.6, the Peclet number is about ... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re400_lower_t2__full__0 | dye2d_Re400_lower_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.425 by 1.052, the Reynolds number is about 400, the dye enters through the lower inlet band as a medium pulse lasting about 1.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re400_lower_t3__full__0 | dye2d_Re400_lower_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.802 by 1.028, the Reynolds number is about 400, the dye enters through the lower inlet band as a long pulse lasting about 3, the Peclet number is about 40... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re410_middle_t3__full__0 | dye2d_Re410_middle_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.99 by 1.062, the Reynolds number is about 410, the dye enters through the middle inlet band as a long pulse lasting about 3, the Peclet number is about 41... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re420_middle_t1__full__0 | dye2d_Re420_middle_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.826 by 1.021, the Reynolds number is about 420, the dye enters through the middle inlet band as a short pulse lasting about 0.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re430_upper_t3__full__0 | dye2d_Re430_upper_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.796 by 0.9595, the Reynolds number is about 430, the dye enters through the upper inlet band as a long pulse lasting about 3, the Peclet number is about 4... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re4400_upper_t1__full__0 | dye2d_Re4400_upper_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.153 by 1.064, the Reynolds number is about 4400, the dye enters through the upper inlet band as a short pulse lasting about 0.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re440_lower_t3__full__0 | dye2d_Re440_lower_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.458 by 1.029, the Reynolds number is about 440, the dye enters through the lower inlet band as a long pulse lasting about 3, the Peclet number is about 44... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re440_middle_t2__full__0 | dye2d_Re440_middle_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.475 by 1.073, the Reynolds number is about 440, the dye enters through the middle inlet band as a medium pulse lasting about 1.6, the Peclet number is abo... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re450_lower_t1__full__0 | dye2d_Re450_lower_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.38 by 1.009, the Reynolds number is about 450, the dye enters through the lower inlet band as a short pulse lasting about 0.6, the Peclet number is about ... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re450_lower_t2__full__0 | dye2d_Re450_lower_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.361 by 0.9587, the Reynolds number is about 450, the dye enters through the lower inlet band as a medium pulse lasting about 1.6, the Peclet number is abo... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re460_lower_t1__full__0 | dye2d_Re460_lower_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.34 by 0.9652, the Reynolds number is about 460, the dye enters through the lower inlet band as a short pulse lasting about 0.6, the Peclet number is about... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re460_lower_t2__full__0 | dye2d_Re460_lower_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.963 by 0.981, the Reynolds number is about 460, the dye enters through the lower inlet band as a medium pulse lasting about 1.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re460_upper_t1__full__0 | dye2d_Re460_upper_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.245 by 0.9771, the Reynolds number is about 460, the dye enters through the upper inlet band as a short pulse lasting about 0.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re470_lower_t1__full__0 | dye2d_Re470_lower_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.248 by 0.9662, the Reynolds number is about 470, the dye enters through the lower inlet band as a short pulse lasting about 0.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re480_upper_t1__full__0 | dye2d_Re480_upper_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.251 by 0.9544, the Reynolds number is about 480, the dye enters through the upper inlet band as a short pulse lasting about 0.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re4825_middle_t1__full__0 | dye2d_Re4825_middle_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.843 by 0.9964, the Reynolds number is about 4825, the dye enters through the middle inlet band as a short pulse lasting about 0.6, the Peclet number is ab... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re5000_upper_t3__full__0 | dye2d_Re5000_upper_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.107 by 1.01, the Reynolds number is about 5000, the dye enters through the upper inlet band as a long pulse lasting about 3, the Peclet number is about 50... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re500_lower_t2__full__0 | dye2d_Re500_lower_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.041 by 1.072, the Reynolds number is about 500, the dye enters through the lower inlet band as a medium pulse lasting about 1.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re500_middle_t1__full__0 | dye2d_Re500_middle_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.353 by 0.9912, the Reynolds number is about 500, the dye enters through the middle inlet band as a short pulse lasting about 0.6, the Peclet number is abo... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re510_lower_t1__full__0 | dye2d_Re510_lower_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.419 by 1.009, the Reynolds number is about 510, the dye enters through the lower inlet band as a short pulse lasting about 0.6, the Peclet number is about... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re520_lower_t2__full__0 | dye2d_Re520_lower_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.242 by 1.02, the Reynolds number is about 520, the dye enters through the lower inlet band as a medium pulse lasting about 1.6, the Peclet number is about... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re520_upper_t1__full__0 | dye2d_Re520_upper_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.877 by 1.01, the Reynolds number is about 520, the dye enters through the upper inlet band as a short pulse lasting about 0.6, the Peclet number is about ... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re540_lower_t2__full__0 | dye2d_Re540_lower_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.049 by 1.078, the Reynolds number is about 540, the dye enters through the lower inlet band as a medium pulse lasting about 1.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re55_lower_t3__full__0 | dye2d_Re55_lower_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.306 by 1.052, the Reynolds number is about 55, the dye enters through the lower inlet band as a long pulse lasting about 3, the Peclet number is about 55,... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re590_lower_t2__full__0 | dye2d_Re590_lower_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.43 by 1.032, the Reynolds number is about 590, the dye enters through the lower inlet band as a medium pulse lasting about 1.6, the Peclet number is about... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re600_lower_t3__full__0 | dye2d_Re600_lower_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.967 by 1.056, the Reynolds number is about 600, the dye enters through the lower inlet band as a long pulse lasting about 3, the Peclet number is about 60... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re600_middle_t2__full__0 | dye2d_Re600_middle_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.014 by 1.071, the Reynolds number is about 600, the dye enters through the middle inlet band as a medium pulse lasting about 1.6, the Peclet number is abo... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re600_middle_t3__full__0 | dye2d_Re600_middle_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.941 by 0.9583, the Reynolds number is about 600, the dye enters through the middle inlet band as a long pulse lasting about 3, the Peclet number is about ... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re600_upper_t1__full__0 | dye2d_Re600_upper_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.031 by 1.018, the Reynolds number is about 600, the dye enters through the upper inlet band as a short pulse lasting about 0.6, the Peclet number is about... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re600_upper_t3__full__0 | dye2d_Re600_upper_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.11 by 1.051, the Reynolds number is about 600, the dye enters through the upper inlet band as a long pulse lasting about 3, the Peclet number is about 600... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re60_lower_t2__full__0 | dye2d_Re60_lower_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.926 by 0.9865, the Reynolds number is about 60, the dye enters through the lower inlet band as a medium pulse lasting about 1.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re610_lower_t1__full__0 | dye2d_Re610_lower_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.028 by 0.9703, the Reynolds number is about 610, the dye enters through the lower inlet band as a short pulse lasting about 0.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re620_middle_t1__full__0 | dye2d_Re620_middle_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.156 by 1, the Reynolds number is about 620, the dye enters through the middle inlet band as a short pulse lasting about 0.6, the Peclet number is about 62... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re640_lower_t2__full__0 | dye2d_Re640_lower_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.38 by 0.9684, the Reynolds number is about 640, the dye enters through the lower inlet band as a medium pulse lasting about 1.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re65_upper_t3__full__0 | dye2d_Re65_upper_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.217 by 1.027, the Reynolds number is about 65, the dye enters through the upper inlet band as a long pulse lasting about 3, the Peclet number is about 65,... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re740_lower_t3__full__0 | dye2d_Re740_lower_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.418 by 1.064, the Reynolds number is about 740, the dye enters through the lower inlet band as a long pulse lasting about 3, the Peclet number is about 74... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re780_upper_t1__full__0 | dye2d_Re780_upper_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 5.781 by 0.9595, the Reynolds number is about 780, the dye enters through the upper inlet band as a short pulse lasting about 0.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re80_upper_t2__full__0 | dye2d_Re80_upper_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.471 by 1.009, the Reynolds number is about 80, the dye enters through the upper inlet band as a medium pulse lasting about 1.6, the Peclet number is about... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re840_middle_t1__full__0 | dye2d_Re840_middle_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.202 by 1.043, the Reynolds number is about 840, the dye enters through the middle inlet band as a short pulse lasting about 0.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re85_middle_t2__full__0 | dye2d_Re85_middle_t2 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.273 by 0.9724, the Reynolds number is about 85, the dye enters through the middle inlet band as a medium pulse lasting about 1.6, the Peclet number is abo... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re950_upper_t3__full__0 | dye2d_Re950_upper_t3 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.162 by 1.03, the Reynolds number is about 950, the dye enters through the upper inlet band as a long pulse lasting about 3, the Peclet number is about 950... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... | |
dye2d_Re95_middle_t1__full__0 | dye2d_Re95_middle_t1 | Identify the fluid mechanics benchmark video showing passive dye transport in a Newtonian carrier flow, the view is 2D, the flow is laminar, the domain spans about 6.143 by 0.9839, the Reynolds number is about 95, the dye enters through the middle inlet band as a short pulse lasting about 0.6, the Peclet number is abou... | Find the 2D fluid mechanics video of passive dye transport in a Newtonian carrier flow, showing a finite dye pulse advecting and diffusing along the channel. Physically, the carrier flow advects the injected pulse downstream while diffusion smears its edges at a rate set by the Peclet number. The color map represents t... |
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