query_id stringlengths 26 53 | case_id stringlengths 17 44 | raw_text stringlengths 457 711 | parsed_text stringlengths 422 676 | video video 9.5 23.5 |
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backwardFacingStep2d_Re1025_s010__full__0 | backwardFacingStep2d_Re1025_s010 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.275 and step height 2.031. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velo... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.275 and step height 2.031. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velocity of 0.9174. Diagnostic signatur... | |
backwardFacingStep2d_Re1175_s004_r2__full__0 | backwardFacingStep2d_Re1175_s004_r2 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 5.856 and step height 2.264. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velo... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 5.856 and step height 2.264. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velocity of 1.346. Diagnostic signature... | |
backwardFacingStep2d_Re11850_s008_r2__full__0 | backwardFacingStep2d_Re11850_s008_r2 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 5.324 and step height 1.881. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocit... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 5.324 and step height 1.881. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 1.319. Diagnostic signature: f... | |
backwardFacingStep2d_Re1475_s012__full__0 | backwardFacingStep2d_Re1475_s012 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 5.837 and step height 1.881. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velo... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 5.837 and step height 1.881. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velocity of 0.9384. Diagnostic signatur... | |
backwardFacingStep2d_Re2350_s014__full__0 | backwardFacingStep2d_Re2350_s014 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.588 and step height 2.183. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velo... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.588 and step height 2.183. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velocity of 1.236. Diagnostic signature... | |
backwardFacingStep2d_Re3375_s006_r2__full__0 | backwardFacingStep2d_Re3375_s006_r2 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.921 and step height 2.218. Visually, it corresponds to a higher-Re laminar or transitional regime in an internal-flow configuration with ... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.921 and step height 2.218. Visually, it corresponds to a higher-Re laminar or transitional regime in an internal-flow configuration with a fast reference velocity of 1.349.... | |
backwardFacingStep2d_Re3450_s016__full__0 | backwardFacingStep2d_Re3450_s016 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.983 and step height 2.333. Visually, it corresponds to a higher-Re laminar or transitional regime in an internal-flow configuration with ... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.983 and step height 2.333. Visually, it corresponds to a higher-Re laminar or transitional regime in an internal-flow configuration with a fast reference velocity of 0.9131... | |
backwardFacingStep2d_Re3500_s007_r2__full__0 | backwardFacingStep2d_Re3500_s007_r2 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.648 and step height 1.93. Visually, it corresponds to a higher-Re laminar or transitional regime in an internal-flow configuration with a... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.648 and step height 1.93. Visually, it corresponds to a higher-Re laminar or transitional regime in an internal-flow configuration with a fast reference velocity of 0.7009.... | |
backwardFacingStep2d_Re3700_s001_r2__full__0 | backwardFacingStep2d_Re3700_s001_r2 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.897 and step height 1.96. Visually, it corresponds to a higher-Re laminar or transitional regime in an internal-flow configuration with a... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.897 and step height 1.96. Visually, it corresponds to a higher-Re laminar or transitional regime in an internal-flow configuration with a fast reference velocity of 0.7393.... | |
backwardFacingStep2d_Re3950_s013__full__0 | backwardFacingStep2d_Re3950_s013 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.213 and step height 1.945. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocit... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.213 and step height 1.945. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 0.7918. Diagnostic signature: ... | |
backwardFacingStep2d_Re4500_s018__full__0 | backwardFacingStep2d_Re4500_s018 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 5.693 and step height 1.925. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocit... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 5.693 and step height 1.925. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 0.708. Diagnostic signature: f... | |
backwardFacingStep2d_Re4525_s005__full__0 | backwardFacingStep2d_Re4525_s005 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.57 and step height 2.164. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.57 and step height 2.164. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 0.9034. Diagnostic signature: f... | |
backwardFacingStep2d_Re4575_s011__full__0 | backwardFacingStep2d_Re4575_s011 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 5.747 and step height 1.993. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocit... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 5.747 and step height 1.993. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 0.9154. Diagnostic signature: ... | |
backwardFacingStep2d_Re5050_s003__full__0 | backwardFacingStep2d_Re5050_s003 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.895 and step height 2.271. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocit... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.895 and step height 2.271. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 1.005. Diagnostic signature: f... | |
backwardFacingStep2d_Re5100_s019__full__0 | backwardFacingStep2d_Re5100_s019 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.598 and step height 1.896. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocit... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.598 and step height 1.896. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 1.016. Diagnostic signature: f... | |
backwardFacingStep2d_Re510_s006__full__0 | backwardFacingStep2d_Re510_s006 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.946 and step height 2.254. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velo... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.946 and step height 2.254. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velocity of 1.342. Diagnostic signature... | |
backwardFacingStep2d_Re5650_s003_r2__full__0 | backwardFacingStep2d_Re5650_s003_r2 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.923 and step height 2.021. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocit... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.923 and step height 2.021. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 1.125. Diagnostic signature: f... | |
backwardFacingStep2d_Re5950_s015__full__0 | backwardFacingStep2d_Re5950_s015 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 5.815 and step height 2.199. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocit... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 5.815 and step height 2.199. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 1.185. Diagnostic signature: f... | |
backwardFacingStep2d_Re6150_s009__full__0 | backwardFacingStep2d_Re6150_s009 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.087 and step height 2.13. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.087 and step height 2.13. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 1.232. Diagnostic signature: fa... | |
backwardFacingStep2d_Re660_s002_r2__full__0 | backwardFacingStep2d_Re660_s002_r2 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.447 and step height 2.025. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velo... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.447 and step height 2.025. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velocity of 0.9352. Diagnostic signatur... | |
backwardFacingStep2d_Re6750_s021__full__0 | backwardFacingStep2d_Re6750_s021 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 7.014 and step height 2.308. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocit... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 7.014 and step height 2.308. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 1.345. Diagnostic signature: f... | |
backwardFacingStep2d_Re680_s008__full__0 | backwardFacingStep2d_Re680_s008 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 5.654 and step height 2.192. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velo... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 5.654 and step height 2.192. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velocity of 0.9332. Diagnostic signatur... | |
backwardFacingStep2d_Re6850_s005_r2__full__0 | backwardFacingStep2d_Re6850_s005_r2 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.146 and step height 2.357. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocit... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.146 and step height 2.357. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 1.371. Diagnostic signature: f... | |
backwardFacingStep2d_Re7150_s001__full__0 | backwardFacingStep2d_Re7150_s001 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.446 and step height 1.846. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocit... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.446 and step height 1.846. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 1.431. Diagnostic signature: f... | |
backwardFacingStep2d_Re7150_s007__full__0 | backwardFacingStep2d_Re7150_s007 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.017 and step height 2.072. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocit... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 6.017 and step height 2.072. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 1.432. Diagnostic signature: f... | |
backwardFacingStep2d_Re7250_s020__full__0 | backwardFacingStep2d_Re7250_s020 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 5.441 and step height 2.159. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocit... | Find the 2D fluid mechanics video of a Newtonian fluid flowing past a backward-facing step. The geometry is an elongated domain with total length 5.441 and step height 2.159. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 1.304. Diagnostic signature: f... | |
buoyancy2d_Re1025_s033__full__0 | buoyancy2d_Re1025_s033 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9845 and height 0.9777. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.00743. Diagnostic signature: family=b... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9845 and height 0.9777. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.00743. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry... | |
buoyancy2d_Re1100_s013_r2__full__0 | buoyancy2d_Re1100_s013_r2 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.002 and height 1.005. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.02434. Diagnostic signature: family=buo... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.002 and height 1.005. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.02434. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: ... | |
buoyancy2d_Re1100_s034__full__0 | buoyancy2d_Re1100_s034 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.044 and height 0.9478. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.01457. Diagnostic signature: family=bu... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.044 and height 0.9478. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.01457. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry:... | |
buoyancy2d_Re1175_s035__full__0 | buoyancy2d_Re1175_s035 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.033 and height 0.995. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.003578. Diagnostic signature: family=bu... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.033 and height 0.995. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.003578. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry:... | |
buoyancy2d_Re1250_s014_r2__full__0 | buoyancy2d_Re1250_s014_r2 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.007 and height 1.073. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.002064. Diagnostic signature: family=bu... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.007 and height 1.073. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.002064. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry:... | |
buoyancy2d_Re125_s000__full__0 | buoyancy2d_Re125_s000 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.035 and height 0.9885. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.02469. Diagnostic signature: family=buoyanc... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.035 and height 0.9885. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.02469. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: L=1.... | |
buoyancy2d_Re125_s000_r2__full__0 | buoyancy2d_Re125_s000_r2 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.086 and height 1.054. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.0145. Diagnostic signature: family=buoyancy,... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.086 and height 1.054. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.0145. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: L=1.08... | |
buoyancy2d_Re1275_s036__full__0 | buoyancy2d_Re1275_s036 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9203 and height 1. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.0273. Diagnostic signature: family=buoyanc... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9203 and height 1. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.0273. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: L=0.... | |
buoyancy2d_Re130_s001__full__0 | buoyancy2d_Re130_s001 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.041 and height 1.058. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.02294. Diagnostic signature: family=buoyancy... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.041 and height 1.058. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.02294. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: L=1.0... | |
buoyancy2d_Re135_s002__full__0 | buoyancy2d_Re135_s002 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9691 and height 0.9819. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.002028. Diagnostic signature: family=buoya... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9691 and height 0.9819. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.002028. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: L=... | |
buoyancy2d_Re1375_s037__full__0 | buoyancy2d_Re1375_s037 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9342 and height 1.089. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.004894. Diagnostic signature: family=b... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9342 and height 1.089. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.004894. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry... | |
buoyancy2d_Re1450_s038__full__0 | buoyancy2d_Re1450_s038 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.03 and height 0.9826. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.01596. Diagnostic signature: family=buo... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.03 and height 0.9826. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.01596. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: ... | |
buoyancy2d_Re145_s001_r2__full__0 | buoyancy2d_Re145_s001_r2 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9639 and height 0.9647. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.007995. Diagnostic signature: family=buoya... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9639 and height 0.9647. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.007995. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: L=... | |
buoyancy2d_Re145_s003__full__0 | buoyancy2d_Re145_s003 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9728 and height 1.091. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.03787. Diagnostic signature: family=buoyanc... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9728 and height 1.091. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.03787. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: L=0.... | |
buoyancy2d_Re1550_s015_r2__full__0 | buoyancy2d_Re1550_s015_r2 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9462 and height 1.064. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.01644. Diagnostic signature: family=bu... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9462 and height 1.064. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.01644. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry:... | |
buoyancy2d_Re1550_s039__full__0 | buoyancy2d_Re1550_s039 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.061 and height 0.9994. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.00899. Diagnostic signature: family=bu... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.061 and height 0.9994. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.00899. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry:... | |
buoyancy2d_Re155_s004__full__0 | buoyancy2d_Re155_s004 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.06 and height 1.014. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.01229. Diagnostic signature: family=buoyancy,... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.06 and height 1.014. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.01229. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: L=1.06... | |
buoyancy2d_Re1575_s016_r2__full__0 | buoyancy2d_Re1575_s016_r2 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.021 and height 1.061. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.008763. Diagnostic signature: family=bu... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.021 and height 1.061. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.008763. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry:... | |
buoyancy2d_Re1575_s040__full__0 | buoyancy2d_Re1575_s040 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.096 and height 1.048. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.02462. Diagnostic signature: family=buo... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.096 and height 1.048. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.02462. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: ... | |
buoyancy2d_Re170_s005__full__0 | buoyancy2d_Re170_s005 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9463 and height 0.9915. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.02. Diagnostic signature: family=buoyancy,... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9463 and height 0.9915. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.02. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: L=0.94... | |
buoyancy2d_Re1725_s041__full__0 | buoyancy2d_Re1725_s041 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.059 and height 0.9532. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.006702. Diagnostic signature: family=b... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.059 and height 0.9532. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.006702. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry... | |
buoyancy2d_Re175_s006__full__0 | buoyancy2d_Re175_s006 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.023 and height 0.9895. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.03444. Diagnostic signature: family=buoyanc... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.023 and height 0.9895. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.03444. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: L=1.... | |
buoyancy2d_Re185_s007__full__0 | buoyancy2d_Re185_s007 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9399 and height 1.059. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.01896. Diagnostic signature: family=buoyanc... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9399 and height 1.059. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.01896. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: L=0.... | |
buoyancy2d_Re1900_s042__full__0 | buoyancy2d_Re1900_s042 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.103 and height 0.9255. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.01455. Diagnostic signature: family=bu... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.103 and height 0.9255. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.01455. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry:... | |
buoyancy2d_Re190_s008__full__0 | buoyancy2d_Re190_s008 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9388 and height 0.9848. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.03478. Diagnostic signature: family=buoyan... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9388 and height 0.9848. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.03478. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: L=0... | |
buoyancy2d_Re215_s009__full__0 | buoyancy2d_Re215_s009 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1 and height 1.007. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.037. Diagnostic signature: family=buoyancy, scen... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1 and height 1.007. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.037. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: L=1, H=1.00... | |
buoyancy2d_Re2175_s043__full__0 | buoyancy2d_Re2175_s043 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9325 and height 0.9491. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.006034. Diagnostic signature: family=... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9325 and height 0.9491. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.006034. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometr... | |
buoyancy2d_Re220_s010__full__0 | buoyancy2d_Re220_s010 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.011 and height 1.056. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.01091. Diagnostic signature: family=buoyancy... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.011 and height 1.056. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.01091. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: L=1.0... | |
buoyancy2d_Re240_s011__full__0 | buoyancy2d_Re240_s011 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9968 and height 1.07. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.02988. Diagnostic signature: family=buoyancy... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9968 and height 1.07. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.02988. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: L=0.9... | |
buoyancy2d_Re2425_s044__full__0 | buoyancy2d_Re2425_s044 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9256 and height 1.12. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.007446. Diagnostic signature: family=bu... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9256 and height 1.12. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.007446. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry:... | |
buoyancy2d_Re250_s012__full__0 | buoyancy2d_Re250_s012 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9288 and height 1.075. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.004542. Diagnostic signature: family=buoyan... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9288 and height 1.075. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.004542. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: L=0... | |
buoyancy2d_Re2675_s045__full__0 | buoyancy2d_Re2675_s045 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.006 and height 1.039. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.02018. Diagnostic signature: family=buo... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.006 and height 1.039. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.02018. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: ... | |
buoyancy2d_Re275_s013__full__0 | buoyancy2d_Re275_s013 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9745 and height 1.092. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.0008934. Diagnostic signature: family=buoya... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9745 and height 1.092. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.0008934. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: L=... | |
buoyancy2d_Re280_s014__full__0 | buoyancy2d_Re280_s014 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.054 and height 1.071. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.001058. Diagnostic signature: family=buoyanc... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.054 and height 1.071. Visually, it corresponds to a laminar regime, with a characteristic motion scale around 0.001058. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: L=1.... | |
buoyancy2d_Re2975_s046__full__0 | buoyancy2d_Re2975_s046 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.036 and height 1.094. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.02272. Diagnostic signature: family=buo... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.036 and height 1.094. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.02272. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: ... | |
buoyancy2d_Re310_s015__full__0 | buoyancy2d_Re310_s015 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9627 and height 1.006. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.02114. Diagnostic signature: family=bu... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9627 and height 1.006. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.02114. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry:... | |
buoyancy2d_Re3300_s047__full__0 | buoyancy2d_Re3300_s047 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9363 and height 0.9309. Visually, it corresponds to a higher-Re laminar or transitional regime, with a characteristic motion scale around 0.03114. Diagnosti... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9363 and height 0.9309. Visually, it corresponds to a higher-Re laminar or transitional regime, with a characteristic motion scale around 0.03114. Diagnostic signature: family=buoyancy, scene... | |
buoyancy2d_Re330_s016__full__0 | buoyancy2d_Re330_s016 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.011 and height 1.057. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.003233. Diagnostic signature: family=bu... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.011 and height 1.057. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.003233. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry:... | |
buoyancy2d_Re340_s017__full__0 | buoyancy2d_Re340_s017 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9957 and height 0.9307. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.02398. Diagnostic signature: family=b... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9957 and height 0.9307. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.02398. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry... | |
buoyancy2d_Re360_s018__full__0 | buoyancy2d_Re360_s018 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.015 and height 1.101. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.02187. Diagnostic signature: family=buo... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.015 and height 1.101. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.02187. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: ... | |
buoyancy2d_Re3625_s048__full__0 | buoyancy2d_Re3625_s048 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9276 and height 1.029. Visually, it corresponds to a higher-Re laminar or transitional regime, with a characteristic motion scale around 0.02281. Diagnostic... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9276 and height 1.029. Visually, it corresponds to a higher-Re laminar or transitional regime, with a characteristic motion scale around 0.02281. Diagnostic signature: family=buoyancy, scene=... | |
buoyancy2d_Re400_s019__full__0 | buoyancy2d_Re400_s019 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.004 and height 1.034. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.03623. Diagnostic signature: family=buo... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.004 and height 1.034. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.03623. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: ... | |
buoyancy2d_Re4125_s049__full__0 | buoyancy2d_Re4125_s049 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9707 and height 0.9482. Visually, it corresponds to a higher-Re laminar or transitional regime, with a characteristic motion scale around 0.03326. Diagnosti... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9707 and height 0.9482. Visually, it corresponds to a higher-Re laminar or transitional regime, with a characteristic motion scale around 0.03326. Diagnostic signature: family=buoyancy, scene... | |
buoyancy2d_Re420_s020__full__0 | buoyancy2d_Re420_s020 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9389 and height 0.9523. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.00326. Diagnostic signature: family=b... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9389 and height 0.9523. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.00326. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry... | |
buoyancy2d_Re430_s021__full__0 | buoyancy2d_Re430_s021 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.114 and height 0.9248. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.03766. Diagnostic signature: family=bu... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.114 and height 0.9248. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.03766. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry:... | |
buoyancy2d_Re440_s022__full__0 | buoyancy2d_Re440_s022 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.075 and height 1.013. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.01798. Diagnostic signature: family=buo... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.075 and height 1.013. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.01798. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: ... | |
buoyancy2d_Re480_s023__full__0 | buoyancy2d_Re480_s023 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9491 and height 0.9875. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.007814. Diagnostic signature: family=... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9491 and height 0.9875. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.007814. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometr... | |
buoyancy2d_Re510_s024__full__0 | buoyancy2d_Re510_s024 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.103 and height 0.9271. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.004197. Diagnostic signature: family=b... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.103 and height 0.9271. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.004197. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry... | |
buoyancy2d_Re540_s025__full__0 | buoyancy2d_Re540_s025 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9518 and height 0.9266. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.009183. Diagnostic signature: family=... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9518 and height 0.9266. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.009183. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometr... | |
buoyancy2d_Re590_s026__full__0 | buoyancy2d_Re590_s026 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.033 and height 0.9698. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.00155. Diagnostic signature: family=bu... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.033 and height 0.9698. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.00155. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry:... | |
buoyancy2d_Re620_s027__full__0 | buoyancy2d_Re620_s027 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9357 and height 1.069. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.02958. Diagnostic signature: family=bu... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9357 and height 1.069. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.02958. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry:... | |
buoyancy2d_Re670_s028__full__0 | buoyancy2d_Re670_s028 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9982 and height 0.9784. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.03971. Diagnostic signature: family=b... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 0.9982 and height 0.9784. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.03971. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry... | |
buoyancy2d_Re760_s029__full__0 | buoyancy2d_Re760_s029 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.093 and height 1.05. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.02494. Diagnostic signature: family=buoy... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.093 and height 1.05. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.02494. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: L... | |
buoyancy2d_Re800_s030__full__0 | buoyancy2d_Re800_s030 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.112 and height 1.114. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.0163. Diagnostic signature: family=buoy... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.112 and height 1.114. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.0163. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: L... | |
buoyancy2d_Re860_s031__full__0 | buoyancy2d_Re860_s031 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.058 and height 0.9661. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.007513. Diagnostic signature: family=b... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.058 and height 0.9661. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.007513. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry... | |
buoyancy2d_Re960_s032__full__0 | buoyancy2d_Re960_s032 | Identify the fluid mechanics benchmark video showing a 2D simulation of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.069 and height 0.942. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.03564. Diagnostic signature: family=buo... | Find the 2D fluid mechanics video of buoyancy-driven flow in a Newtonian fluid. The domain is a near-square domain with length 1.069 and height 0.942. Visually, it corresponds to a transitional regime, with a characteristic motion scale around 0.03564. Diagnostic signature: family=buoyancy, scene=buoyancy2d, geometry: ... | |
cavity2d_turb_Re10000_s012_r2__full__0 | cavity2d_turb_Re10000_s012_r2 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid in a lid-driven cavity. The cavity spans width 1.036 and height 1.002. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=1.036,... | Find the 2D fluid mechanics video of a Newtonian fluid in a lid-driven cavity. The cavity spans width 1.036 and height 1.002. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=1.036, H=1.002, thickness=0.01432, Re=100... | |
cavity2d_turb_Re10200_s021__full__0 | cavity2d_turb_Re10200_s021 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid in a lid-driven cavity. The cavity spans width 1.026 and height 1.058. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=1.026,... | Find the 2D fluid mechanics video of a Newtonian fluid in a lid-driven cavity. The cavity spans width 1.026 and height 1.058. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=1.026, H=1.058, thickness=0.009225, Re=10... | |
cavity2d_turb_Re10350_s022__full__0 | cavity2d_turb_Re10350_s022 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid in a lid-driven cavity. The cavity spans width 0.9684 and height 1.075. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=0.968... | Find the 2D fluid mechanics video of a Newtonian fluid in a lid-driven cavity. The cavity spans width 0.9684 and height 1.075. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=0.9684, H=1.075, thickness=0.01495, Re=1... | |
cavity2d_turb_Re10750_s009_r2__full__0 | cavity2d_turb_Re10750_s009_r2 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid in a lid-driven cavity. The cavity spans width 0.9911 and height 1.094. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=0.991... | Find the 2D fluid mechanics video of a Newtonian fluid in a lid-driven cavity. The cavity spans width 0.9911 and height 1.094. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=0.9911, H=1.094, thickness=0.009193, Re=... | |
cavity2d_turb_Re10750_s023__full__0 | cavity2d_turb_Re10750_s023 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid in a lid-driven cavity. The cavity spans width 1.041 and height 1.069. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=1.041,... | Find the 2D fluid mechanics video of a Newtonian fluid in a lid-driven cavity. The cavity spans width 1.041 and height 1.069. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=1.041, H=1.069, thickness=0.01421, Re=107... | |
cavity2d_turb_Re11150_s025__full__0 | cavity2d_turb_Re11150_s025 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid in a lid-driven cavity. The cavity spans width 0.9547 and height 0.9636. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=0.95... | Find the 2D fluid mechanics video of a Newtonian fluid in a lid-driven cavity. The cavity spans width 0.9547 and height 0.9636. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=0.9547, H=0.9636, thickness=0.01174, Re... | |
cavity2d_turb_Re11350_s036__full__0 | cavity2d_turb_Re11350_s036 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid in a lid-driven cavity. The cavity spans width 1.034 and height 1.004. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=1.034,... | Find the 2D fluid mechanics video of a Newtonian fluid in a lid-driven cavity. The cavity spans width 1.034 and height 1.004. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=1.034, H=1.004, thickness=0.008075, Re=11... | |
cavity2d_turb_Re11400_s024__full__0 | cavity2d_turb_Re11400_s024 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid in a lid-driven cavity. The cavity spans width 0.9734 and height 1.084. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=0.973... | Find the 2D fluid mechanics video of a Newtonian fluid in a lid-driven cavity. The cavity spans width 0.9734 and height 1.084. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=0.9734, H=1.084, thickness=0.01057, Re=1... | |
cavity2d_turb_Re11550_s026__full__0 | cavity2d_turb_Re11550_s026 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid in a lid-driven cavity. The cavity spans width 0.933 and height 1.082. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=0.933,... | Find the 2D fluid mechanics video of a Newtonian fluid in a lid-driven cavity. The cavity spans width 0.933 and height 1.082. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=0.933, H=1.082, thickness=0.01204, Re=115... | |
cavity2d_turb_Re11600_s010_r2__full__0 | cavity2d_turb_Re11600_s010_r2 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid in a lid-driven cavity. The cavity spans width 1.02 and height 1.089. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=1.02, H... | Find the 2D fluid mechanics video of a Newtonian fluid in a lid-driven cavity. The cavity spans width 1.02 and height 1.089. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=1.02, H=1.089, thickness=0.01243, Re=11600... | |
cavity2d_turb_Re11850_s032__full__0 | cavity2d_turb_Re11850_s032 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid in a lid-driven cavity. The cavity spans width 1.089 and height 0.951. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=1.089,... | Find the 2D fluid mechanics video of a Newtonian fluid in a lid-driven cavity. The cavity spans width 1.089 and height 0.951. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=1.089, H=0.951, thickness=0.01285, Re=118... | |
cavity2d_turb_Re12000_s027__full__0 | cavity2d_turb_Re12000_s027 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid in a lid-driven cavity. The cavity spans width 0.9294 and height 1.065. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=0.929... | Find the 2D fluid mechanics video of a Newtonian fluid in a lid-driven cavity. The cavity spans width 0.9294 and height 1.065. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=0.9294, H=1.065, thickness=0.01064, Re=1... | |
cavity2d_turb_Re12400_s012__full__0 | cavity2d_turb_Re12400_s012 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid in a lid-driven cavity. The cavity spans width 1.064 and height 1.04. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=1.064, ... | Find the 2D fluid mechanics video of a Newtonian fluid in a lid-driven cavity. The cavity spans width 1.064 and height 1.04. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=1.064, H=1.04, thickness=0.01402, Re=12400... | |
cavity2d_turb_Re12550_s011_r2__full__0 | cavity2d_turb_Re12550_s011_r2 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid in a lid-driven cavity. The cavity spans width 1.062 and height 1.038. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=1.062,... | Find the 2D fluid mechanics video of a Newtonian fluid in a lid-driven cavity. The cavity spans width 1.062 and height 1.038. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=1.062, H=1.038, thickness=0.01438, Re=125... | |
cavity2d_turb_Re12650_s029__full__0 | cavity2d_turb_Re12650_s029 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid in a lid-driven cavity. The cavity spans width 1.046 and height 1.09. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=1.046, ... | Find the 2D fluid mechanics video of a Newtonian fluid in a lid-driven cavity. The cavity spans width 1.046 and height 1.09. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=1.046, H=1.09, thickness=0.01457, Re=12650... | |
cavity2d_turb_Re12750_s030__full__0 | cavity2d_turb_Re12750_s030 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid in a lid-driven cavity. The cavity spans width 0.9331 and height 1.078. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=0.933... | Find the 2D fluid mechanics video of a Newtonian fluid in a lid-driven cavity. The cavity spans width 0.9331 and height 1.078. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=0.9331, H=1.078, thickness=0.01251, Re=1... | |
cavity2d_turb_Re13200_s048__full__0 | cavity2d_turb_Re13200_s048 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid in a lid-driven cavity. The cavity spans width 0.9621 and height 0.9711. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=0.96... | Find the 2D fluid mechanics video of a Newtonian fluid in a lid-driven cavity. The cavity spans width 0.9621 and height 0.9711. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=0.9621, H=0.9711, thickness=0.01337, Re... | |
cavity2d_turb_Re13550_s000_r2__full__0 | cavity2d_turb_Re13550_s000_r2 | Identify the fluid mechanics benchmark video showing a 2D simulation of a Newtonian fluid in a lid-driven cavity. The cavity spans width 1.043 and height 1.058. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=1.043,... | Find the 2D fluid mechanics video of a Newtonian fluid in a lid-driven cavity. The cavity spans width 1.043 and height 1.058. Visually, the flow is driven by fast lid motion and remains in a turbulent regime. Diagnostic signature: family=cavity, scene=cavity2d_turb, geometry: L=1.043, H=1.058, thickness=0.008972, Re=13... |
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Physics Bench Fluid 700
This export mirrors the organization of gowitheflowlab/fluid-test:
- each scenario is a separate dataset config directory;
- each config contains
train-00000-of-00001.parquet; - parquet columns are
query_id,case_id,raw_text,parsed_text, and embeddedvideo; - each case keeps only the full self-contained query row, matching the one-row-per-case format used by
gowitheflowlab/physics-bench-dynamics-1900. - raw and parsed query text use the same user-query and normalized-query convention as
gowitheflowlab/physics-bench-dynamics-1900.
Total cases: 700 Total query rows: 700
Scenario counts:
backwardFacingStep2d: 26 cases, 26 full-query rowsbuoyancy2d: 56 cases, 56 full-query rowscavity2d_turb: 58 cases, 58 full-query rowsdye2d: 100 cases, 100 full-query rowsflowpastcylinder2d: 56 cases, 56 full-query rowsflowpastsquare2d: 44 cases, 44 full-query rowsjetaxi: 53 cases, 53 full-query rowsjetaxi_turb: 47 cases, 47 full-query rowslidDrivenCavity3d: 42 cases, 42 full-query rowsnaca0012airfoil2d: 100 cases, 100 full-query rowsrayleighBenard2d: 44 cases, 44 full-query rowssuddenContraction2d: 14 cases, 14 full-query rowssuddenExpansion2d: 21 cases, 21 full-query rowssuddenExpansion2d_nn_hb: 18 cases, 18 full-query rowssuddenExpansion2d_nn_powerlaw: 21 cases, 21 full-query rows
All embedded videos are H.264 (avc1, yuv420p).
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