query_id stringlengths 26 56 | case_id stringclasses 700
values | raw_text stringlengths 279 658 | parsed_text stringlengths 279 658 | video video 9.5 23.5 |
|---|---|---|---|---|
backwardFacingStep2d_Re1025_s010__full__0 | backwardFacingStep2d_Re1025_s010 | 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 velocity of 0.9174. Diagnostic signature: family=internal... | 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 velocity of 0.9174. Diagnostic signature: family=internal... | |
backwardFacingStep2d_Re1025_s010__partial__0 | backwardFacingStep2d_Re1025_s010 | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velocity of 0.9174. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.275, H=2.031, thickness=0.009485, Re=102... | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velocity of 0.9174. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.275, H=2.031, thickness=0.009485, Re=102... | |
backwardFacingStep2d_Re1025_s010__partial__1 | backwardFacingStep2d_Re1025_s010 | 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 velocity of 0.9174. Case signature: scene=backwardFacingS... | 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 velocity of 0.9174. Case signature: scene=backwardFacingS... | |
backwardFacingStep2d_Re1025_s010__partial__2 | backwardFacingStep2d_Re1025_s010 | 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 velocity of 0.9174. Case signature: family=internal_step,... | 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 velocity of 0.9174. Case signature: family=internal_step,... | |
backwardFacingStep2d_Re1025_s010__partial__3 | backwardFacingStep2d_Re1025_s010 | 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 velocity of 0.9174. Case signature: scene=backwardFacingS... | 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 velocity of 0.9174. Case signature: scene=backwardFacingS... | |
backwardFacingStep2d_Re1025_s010__partial__4 | backwardFacingStep2d_Re1025_s010 | 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 velocity of 0.9174. Case signature: scene=backwardFacingS... | 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 velocity of 0.9174. Case signature: scene=backwardFacingS... | |
backwardFacingStep2d_Re1175_s004_r2__full__0 | backwardFacingStep2d_Re1175_s004_r2 | 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 velocity of 1.346. Diagnostic signature: family=internal_... | 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 velocity of 1.346. Diagnostic signature: family=internal_... | |
backwardFacingStep2d_Re1175_s004_r2__partial__0 | backwardFacingStep2d_Re1175_s004_r2 | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velocity of 1.346. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=5.856, H=2.264, thickness=0.01147, Re=1175,... | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velocity of 1.346. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=5.856, H=2.264, thickness=0.01147, Re=1175,... | |
backwardFacingStep2d_Re1175_s004_r2__partial__1 | backwardFacingStep2d_Re1175_s004_r2 | 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 velocity of 1.346. Case signature: scene=backwardFacingSt... | 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 velocity of 1.346. Case signature: scene=backwardFacingSt... | |
backwardFacingStep2d_Re1175_s004_r2__partial__2 | backwardFacingStep2d_Re1175_s004_r2 | 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 velocity of 1.346. Case signature: family=internal_step, ... | 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 velocity of 1.346. Case signature: family=internal_step, ... | |
backwardFacingStep2d_Re1175_s004_r2__partial__3 | backwardFacingStep2d_Re1175_s004_r2 | 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 velocity of 1.346. Case signature: scene=backwardFacingSt... | 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 velocity of 1.346. Case signature: scene=backwardFacingSt... | |
backwardFacingStep2d_Re1175_s004_r2__partial__4 | backwardFacingStep2d_Re1175_s004_r2 | 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 velocity of 1.346. Case signature: scene=backwardFacingSt... | 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 velocity of 1.346. Case signature: scene=backwardFacingSt... | |
backwardFacingStep2d_Re11850_s008_r2__full__0 | backwardFacingStep2d_Re11850_s008_r2 | 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 velocity of 1.319. Diagnostic signature: family=internal_ste... | 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 velocity of 1.319. Diagnostic signature: family=internal_ste... | |
backwardFacingStep2d_Re11850_s008_r2__partial__0 | backwardFacingStep2d_Re11850_s008_r2 | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 1.319. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=5.324, H=1.881, thickness=0.008243, Re=11850, ... | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 1.319. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=5.324, H=1.881, thickness=0.008243, Re=11850, ... | |
backwardFacingStep2d_Re11850_s008_r2__partial__1 | backwardFacingStep2d_Re11850_s008_r2 | 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 velocity of 1.319. Case signature: scene=backwardFacingStep2... | 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 velocity of 1.319. Case signature: scene=backwardFacingStep2... | |
backwardFacingStep2d_Re11850_s008_r2__partial__2 | backwardFacingStep2d_Re11850_s008_r2 | 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 velocity of 1.319. Case signature: family=internal_step, sce... | 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 velocity of 1.319. Case signature: family=internal_step, sce... | |
backwardFacingStep2d_Re11850_s008_r2__partial__3 | backwardFacingStep2d_Re11850_s008_r2 | 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 velocity of 1.319. Case signature: scene=backwardFacingStep2... | 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 velocity of 1.319. Case signature: scene=backwardFacingStep2... | |
backwardFacingStep2d_Re11850_s008_r2__partial__4 | backwardFacingStep2d_Re11850_s008_r2 | 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 velocity of 1.319. Case signature: scene=backwardFacingStep2... | 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 velocity of 1.319. Case signature: scene=backwardFacingStep2... | |
backwardFacingStep2d_Re1475_s012__full__0 | backwardFacingStep2d_Re1475_s012 | 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 velocity of 0.9384. Diagnostic signature: family=internal... | 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 velocity of 0.9384. Diagnostic signature: family=internal... | |
backwardFacingStep2d_Re1475_s012__partial__0 | backwardFacingStep2d_Re1475_s012 | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velocity of 0.9384. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=5.837, H=1.881, thickness=0.01009, Re=1475... | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velocity of 0.9384. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=5.837, H=1.881, thickness=0.01009, Re=1475... | |
backwardFacingStep2d_Re1475_s012__partial__1 | backwardFacingStep2d_Re1475_s012 | 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 velocity of 0.9384. Case signature: scene=backwardFacingS... | 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 velocity of 0.9384. Case signature: scene=backwardFacingS... | |
backwardFacingStep2d_Re1475_s012__partial__2 | backwardFacingStep2d_Re1475_s012 | 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 velocity of 0.9384. Case signature: family=internal_step,... | 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 velocity of 0.9384. Case signature: family=internal_step,... | |
backwardFacingStep2d_Re1475_s012__partial__3 | backwardFacingStep2d_Re1475_s012 | 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 velocity of 0.9384. Case signature: scene=backwardFacingS... | 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 velocity of 0.9384. Case signature: scene=backwardFacingS... | |
backwardFacingStep2d_Re1475_s012__partial__4 | backwardFacingStep2d_Re1475_s012 | 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 velocity of 0.9384. Case signature: scene=backwardFacingS... | 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 velocity of 0.9384. Case signature: scene=backwardFacingS... | |
backwardFacingStep2d_Re2350_s014__full__0 | backwardFacingStep2d_Re2350_s014 | 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 velocity of 1.236. Diagnostic signature: family=internal_... | 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 velocity of 1.236. Diagnostic signature: family=internal_... | |
backwardFacingStep2d_Re2350_s014__partial__0 | backwardFacingStep2d_Re2350_s014 | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velocity of 1.236. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.588, H=2.183, thickness=0.01074, Re=2350,... | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velocity of 1.236. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.588, H=2.183, thickness=0.01074, Re=2350,... | |
backwardFacingStep2d_Re2350_s014__partial__1 | backwardFacingStep2d_Re2350_s014 | 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 velocity of 1.236. Case signature: scene=backwardFacingSt... | 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 velocity of 1.236. Case signature: scene=backwardFacingSt... | |
backwardFacingStep2d_Re2350_s014__partial__2 | backwardFacingStep2d_Re2350_s014 | 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 velocity of 1.236. Case signature: family=internal_step, ... | 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 velocity of 1.236. Case signature: family=internal_step, ... | |
backwardFacingStep2d_Re2350_s014__partial__3 | backwardFacingStep2d_Re2350_s014 | 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 velocity of 1.236. Case signature: scene=backwardFacingSt... | 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 velocity of 1.236. Case signature: scene=backwardFacingSt... | |
backwardFacingStep2d_Re2350_s014__partial__4 | backwardFacingStep2d_Re2350_s014 | 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 velocity of 1.236. Case signature: scene=backwardFacingSt... | 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 velocity of 1.236. Case signature: scene=backwardFacingSt... | |
backwardFacingStep2d_Re3375_s006_r2__full__0 | backwardFacingStep2d_Re3375_s006_r2 | 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 a fast reference velocity of 1.349. Diagnostic signat... | 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 a fast reference velocity of 1.349. Diagnostic signat... | |
backwardFacingStep2d_Re3375_s006_r2__partial__0 | backwardFacingStep2d_Re3375_s006_r2 | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a higher-Re laminar or transitional regime in an internal-flow configuration with a fast reference velocity of 1.349. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.921, H=2.218, thickn... | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a higher-Re laminar or transitional regime in an internal-flow configuration with a fast reference velocity of 1.349. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.921, H=2.218, thickn... | |
backwardFacingStep2d_Re3375_s006_r2__partial__1 | backwardFacingStep2d_Re3375_s006_r2 | 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 a fast reference velocity of 1.349. Case signature: s... | 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 a fast reference velocity of 1.349. Case signature: s... | |
backwardFacingStep2d_Re3375_s006_r2__partial__2 | backwardFacingStep2d_Re3375_s006_r2 | 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 a fast reference velocity of 1.349. Case signature: f... | 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 a fast reference velocity of 1.349. Case signature: f... | |
backwardFacingStep2d_Re3375_s006_r2__partial__3 | backwardFacingStep2d_Re3375_s006_r2 | 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 a fast reference velocity of 1.349. Case signature: s... | 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 a fast reference velocity of 1.349. Case signature: s... | |
backwardFacingStep2d_Re3375_s006_r2__partial__4 | backwardFacingStep2d_Re3375_s006_r2 | 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 a fast reference velocity of 1.349. Case signature: s... | 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 a fast reference velocity of 1.349. Case signature: s... | |
backwardFacingStep2d_Re3450_s016__full__0 | backwardFacingStep2d_Re3450_s016 | 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 a fast reference velocity of 0.9131. Diagnostic signa... | 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 a fast reference velocity of 0.9131. Diagnostic signa... | |
backwardFacingStep2d_Re3450_s016__partial__0 | backwardFacingStep2d_Re3450_s016 | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a higher-Re laminar or transitional regime in an internal-flow configuration with a fast reference velocity of 0.9131. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.983, H=2.333, thick... | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a higher-Re laminar or transitional regime in an internal-flow configuration with a fast reference velocity of 0.9131. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.983, H=2.333, thick... | |
backwardFacingStep2d_Re3450_s016__partial__1 | backwardFacingStep2d_Re3450_s016 | 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 a fast reference velocity of 0.9131. Case signature: ... | 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 a fast reference velocity of 0.9131. Case signature: ... | |
backwardFacingStep2d_Re3450_s016__partial__2 | backwardFacingStep2d_Re3450_s016 | 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 a fast reference velocity of 0.9131. Case signature: ... | 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 a fast reference velocity of 0.9131. Case signature: ... | |
backwardFacingStep2d_Re3450_s016__partial__3 | backwardFacingStep2d_Re3450_s016 | 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 a fast reference velocity of 0.9131. Case signature: ... | 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 a fast reference velocity of 0.9131. Case signature: ... | |
backwardFacingStep2d_Re3450_s016__partial__4 | backwardFacingStep2d_Re3450_s016 | 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 a fast reference velocity of 0.9131. Case signature: ... | 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 a fast reference velocity of 0.9131. Case signature: ... | |
backwardFacingStep2d_Re3500_s007_r2__full__0 | backwardFacingStep2d_Re3500_s007_r2 | 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 fast reference velocity of 0.7009. Diagnostic signat... | 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 fast reference velocity of 0.7009. Diagnostic signat... | |
backwardFacingStep2d_Re3500_s007_r2__partial__0 | backwardFacingStep2d_Re3500_s007_r2 | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a higher-Re laminar or transitional regime in an internal-flow configuration with a fast reference velocity of 0.7009. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.648, H=1.93, thickn... | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a higher-Re laminar or transitional regime in an internal-flow configuration with a fast reference velocity of 0.7009. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.648, H=1.93, thickn... | |
backwardFacingStep2d_Re3500_s007_r2__partial__1 | backwardFacingStep2d_Re3500_s007_r2 | 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 fast reference velocity of 0.7009. Case signature: s... | 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 fast reference velocity of 0.7009. Case signature: s... | |
backwardFacingStep2d_Re3500_s007_r2__partial__2 | backwardFacingStep2d_Re3500_s007_r2 | 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 fast reference velocity of 0.7009. Case signature: f... | 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 fast reference velocity of 0.7009. Case signature: f... | |
backwardFacingStep2d_Re3500_s007_r2__partial__3 | backwardFacingStep2d_Re3500_s007_r2 | 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 fast reference velocity of 0.7009. Case signature: s... | 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 fast reference velocity of 0.7009. Case signature: s... | |
backwardFacingStep2d_Re3500_s007_r2__partial__4 | backwardFacingStep2d_Re3500_s007_r2 | 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 fast reference velocity of 0.7009. Case signature: s... | 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 fast reference velocity of 0.7009. Case signature: s... | |
backwardFacingStep2d_Re3700_s001_r2__full__0 | backwardFacingStep2d_Re3700_s001_r2 | 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 fast reference velocity of 0.7393. Diagnostic signat... | 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 fast reference velocity of 0.7393. Diagnostic signat... | |
backwardFacingStep2d_Re3700_s001_r2__partial__0 | backwardFacingStep2d_Re3700_s001_r2 | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a higher-Re laminar or transitional regime in an internal-flow configuration with a fast reference velocity of 0.7393. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.897, H=1.96, thickn... | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a higher-Re laminar or transitional regime in an internal-flow configuration with a fast reference velocity of 0.7393. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.897, H=1.96, thickn... | |
backwardFacingStep2d_Re3700_s001_r2__partial__1 | backwardFacingStep2d_Re3700_s001_r2 | 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 fast reference velocity of 0.7393. Case signature: s... | 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 fast reference velocity of 0.7393. Case signature: s... | |
backwardFacingStep2d_Re3700_s001_r2__partial__2 | backwardFacingStep2d_Re3700_s001_r2 | 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 fast reference velocity of 0.7393. Case signature: f... | 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 fast reference velocity of 0.7393. Case signature: f... | |
backwardFacingStep2d_Re3700_s001_r2__partial__3 | backwardFacingStep2d_Re3700_s001_r2 | 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 fast reference velocity of 0.7393. Case signature: s... | 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 fast reference velocity of 0.7393. Case signature: s... | |
backwardFacingStep2d_Re3700_s001_r2__partial__4 | backwardFacingStep2d_Re3700_s001_r2 | 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 fast reference velocity of 0.7393. Case signature: s... | 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 fast reference velocity of 0.7393. Case signature: s... | |
backwardFacingStep2d_Re3950_s013__full__0 | backwardFacingStep2d_Re3950_s013 | 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 velocity of 0.7918. Diagnostic signature: family=internal_st... | 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 velocity of 0.7918. Diagnostic signature: family=internal_st... | |
backwardFacingStep2d_Re3950_s013__partial__0 | backwardFacingStep2d_Re3950_s013 | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 0.7918. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.213, H=1.945, thickness=0.01328, Re=3950, d... | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 0.7918. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.213, H=1.945, thickness=0.01328, Re=3950, d... | |
backwardFacingStep2d_Re3950_s013__partial__1 | backwardFacingStep2d_Re3950_s013 | 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 velocity of 0.7918. Case signature: scene=backwardFacingStep... | 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 velocity of 0.7918. Case signature: scene=backwardFacingStep... | |
backwardFacingStep2d_Re3950_s013__partial__2 | backwardFacingStep2d_Re3950_s013 | 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 velocity of 0.7918. Case signature: family=internal_step, sc... | 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 velocity of 0.7918. Case signature: family=internal_step, sc... | |
backwardFacingStep2d_Re3950_s013__partial__3 | backwardFacingStep2d_Re3950_s013 | 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 velocity of 0.7918. Case signature: scene=backwardFacingStep... | 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 velocity of 0.7918. Case signature: scene=backwardFacingStep... | |
backwardFacingStep2d_Re3950_s013__partial__4 | backwardFacingStep2d_Re3950_s013 | 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 velocity of 0.7918. Case signature: scene=backwardFacingStep... | 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 velocity of 0.7918. Case signature: scene=backwardFacingStep... | |
backwardFacingStep2d_Re4500_s018__full__0 | backwardFacingStep2d_Re4500_s018 | 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 velocity of 0.708. Diagnostic signature: family=internal_ste... | 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 velocity of 0.708. Diagnostic signature: family=internal_ste... | |
backwardFacingStep2d_Re4500_s018__partial__0 | backwardFacingStep2d_Re4500_s018 | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 0.708. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=5.693, H=1.925, thickness=0.01321, Re=4500, di... | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 0.708. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=5.693, H=1.925, thickness=0.01321, Re=4500, di... | |
backwardFacingStep2d_Re4500_s018__partial__1 | backwardFacingStep2d_Re4500_s018 | 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 velocity of 0.708. Case signature: scene=backwardFacingStep2... | 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 velocity of 0.708. Case signature: scene=backwardFacingStep2... | |
backwardFacingStep2d_Re4500_s018__partial__2 | backwardFacingStep2d_Re4500_s018 | 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 velocity of 0.708. Case signature: family=internal_step, sce... | 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 velocity of 0.708. Case signature: family=internal_step, sce... | |
backwardFacingStep2d_Re4500_s018__partial__3 | backwardFacingStep2d_Re4500_s018 | 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 velocity of 0.708. Case signature: scene=backwardFacingStep2... | 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 velocity of 0.708. Case signature: scene=backwardFacingStep2... | |
backwardFacingStep2d_Re4500_s018__partial__4 | backwardFacingStep2d_Re4500_s018 | 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 velocity of 0.708. Case signature: scene=backwardFacingStep2... | 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 velocity of 0.708. Case signature: scene=backwardFacingStep2... | |
backwardFacingStep2d_Re4525_s005__full__0 | backwardFacingStep2d_Re4525_s005 | 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 of 0.9034. Diagnostic signature: family=internal_ste... | 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 of 0.9034. Diagnostic signature: family=internal_ste... | |
backwardFacingStep2d_Re4525_s005__partial__0 | backwardFacingStep2d_Re4525_s005 | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 0.9034. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.57, H=2.164, thickness=0.0102, Re=4525, dim... | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 0.9034. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.57, H=2.164, thickness=0.0102, Re=4525, dim... | |
backwardFacingStep2d_Re4525_s005__partial__1 | backwardFacingStep2d_Re4525_s005 | 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 of 0.9034. Case signature: scene=backwardFacingStep2... | 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 of 0.9034. Case signature: scene=backwardFacingStep2... | |
backwardFacingStep2d_Re4525_s005__partial__2 | backwardFacingStep2d_Re4525_s005 | 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 of 0.9034. Case signature: family=internal_step, sce... | 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 of 0.9034. Case signature: family=internal_step, sce... | |
backwardFacingStep2d_Re4525_s005__partial__3 | backwardFacingStep2d_Re4525_s005 | 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 of 0.9034. Case signature: scene=backwardFacingStep2... | 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 of 0.9034. Case signature: scene=backwardFacingStep2... | |
backwardFacingStep2d_Re4525_s005__partial__4 | backwardFacingStep2d_Re4525_s005 | 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 of 0.9034. Case signature: scene=backwardFacingStep2... | 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 of 0.9034. Case signature: scene=backwardFacingStep2... | |
backwardFacingStep2d_Re4575_s011__full__0 | backwardFacingStep2d_Re4575_s011 | 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 velocity of 0.9154. Diagnostic signature: family=internal_st... | 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 velocity of 0.9154. Diagnostic signature: family=internal_st... | |
backwardFacingStep2d_Re4575_s011__partial__0 | backwardFacingStep2d_Re4575_s011 | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 0.9154. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=5.747, H=1.993, thickness=0.008182, Re=4575, ... | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 0.9154. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=5.747, H=1.993, thickness=0.008182, Re=4575, ... | |
backwardFacingStep2d_Re4575_s011__partial__1 | backwardFacingStep2d_Re4575_s011 | 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 velocity of 0.9154. Case signature: scene=backwardFacingStep... | 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 velocity of 0.9154. Case signature: scene=backwardFacingStep... | |
backwardFacingStep2d_Re4575_s011__partial__2 | backwardFacingStep2d_Re4575_s011 | 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 velocity of 0.9154. Case signature: family=internal_step, sc... | 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 velocity of 0.9154. Case signature: family=internal_step, sc... | |
backwardFacingStep2d_Re4575_s011__partial__3 | backwardFacingStep2d_Re4575_s011 | 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 velocity of 0.9154. Case signature: scene=backwardFacingStep... | 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 velocity of 0.9154. Case signature: scene=backwardFacingStep... | |
backwardFacingStep2d_Re4575_s011__partial__4 | backwardFacingStep2d_Re4575_s011 | 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 velocity of 0.9154. Case signature: scene=backwardFacingStep... | 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 velocity of 0.9154. Case signature: scene=backwardFacingStep... | |
backwardFacingStep2d_Re5050_s003__full__0 | backwardFacingStep2d_Re5050_s003 | 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 velocity of 1.005. Diagnostic signature: family=internal_ste... | 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 velocity of 1.005. Diagnostic signature: family=internal_ste... | |
backwardFacingStep2d_Re5050_s003__partial__0 | backwardFacingStep2d_Re5050_s003 | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 1.005. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.895, H=2.271, thickness=0.008689, Re=5050, d... | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 1.005. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.895, H=2.271, thickness=0.008689, Re=5050, d... | |
backwardFacingStep2d_Re5050_s003__partial__1 | backwardFacingStep2d_Re5050_s003 | 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 velocity of 1.005. Case signature: scene=backwardFacingStep2... | 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 velocity of 1.005. Case signature: scene=backwardFacingStep2... | |
backwardFacingStep2d_Re5050_s003__partial__2 | backwardFacingStep2d_Re5050_s003 | 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 velocity of 1.005. Case signature: family=internal_step, sce... | 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 velocity of 1.005. Case signature: family=internal_step, sce... | |
backwardFacingStep2d_Re5050_s003__partial__3 | backwardFacingStep2d_Re5050_s003 | 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 velocity of 1.005. Case signature: scene=backwardFacingStep2... | 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 velocity of 1.005. Case signature: scene=backwardFacingStep2... | |
backwardFacingStep2d_Re5050_s003__partial__4 | backwardFacingStep2d_Re5050_s003 | 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 velocity of 1.005. Case signature: scene=backwardFacingStep2... | 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 velocity of 1.005. Case signature: scene=backwardFacingStep2... | |
backwardFacingStep2d_Re5100_s019__full__0 | backwardFacingStep2d_Re5100_s019 | 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 velocity of 1.016. Diagnostic signature: family=internal_ste... | 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 velocity of 1.016. Diagnostic signature: family=internal_ste... | |
backwardFacingStep2d_Re5100_s019__partial__0 | backwardFacingStep2d_Re5100_s019 | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 1.016. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.598, H=1.896, thickness=0.01459, Re=5100, di... | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 1.016. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.598, H=1.896, thickness=0.01459, Re=5100, di... | |
backwardFacingStep2d_Re5100_s019__partial__1 | backwardFacingStep2d_Re5100_s019 | 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 velocity of 1.016. Case signature: scene=backwardFacingStep2... | 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 velocity of 1.016. Case signature: scene=backwardFacingStep2... | |
backwardFacingStep2d_Re5100_s019__partial__2 | backwardFacingStep2d_Re5100_s019 | 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 velocity of 1.016. Case signature: family=internal_step, sce... | 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 velocity of 1.016. Case signature: family=internal_step, sce... | |
backwardFacingStep2d_Re5100_s019__partial__3 | backwardFacingStep2d_Re5100_s019 | 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 velocity of 1.016. Case signature: scene=backwardFacingStep2... | 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 velocity of 1.016. Case signature: scene=backwardFacingStep2... | |
backwardFacingStep2d_Re5100_s019__partial__4 | backwardFacingStep2d_Re5100_s019 | 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 velocity of 1.016. Case signature: scene=backwardFacingStep2... | 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 velocity of 1.016. Case signature: scene=backwardFacingStep2... | |
backwardFacingStep2d_Re510_s006__full__0 | backwardFacingStep2d_Re510_s006 | 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 velocity of 1.342. Diagnostic signature: family=internal_... | 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 velocity of 1.342. Diagnostic signature: family=internal_... | |
backwardFacingStep2d_Re510_s006__partial__0 | backwardFacingStep2d_Re510_s006 | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velocity of 1.342. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.946, H=2.254, thickness=0.01487, Re=510, ... | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a transitional regime in an internal-flow configuration with a fast reference velocity of 1.342. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.946, H=2.254, thickness=0.01487, Re=510, ... | |
backwardFacingStep2d_Re510_s006__partial__1 | backwardFacingStep2d_Re510_s006 | 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 velocity of 1.342. Case signature: scene=backwardFacingSt... | 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 velocity of 1.342. Case signature: scene=backwardFacingSt... | |
backwardFacingStep2d_Re510_s006__partial__2 | backwardFacingStep2d_Re510_s006 | 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 velocity of 1.342. Case signature: family=internal_step, ... | 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 velocity of 1.342. Case signature: family=internal_step, ... | |
backwardFacingStep2d_Re510_s006__partial__3 | backwardFacingStep2d_Re510_s006 | 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 velocity of 1.342. Case signature: scene=backwardFacingSt... | 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 velocity of 1.342. Case signature: scene=backwardFacingSt... | |
backwardFacingStep2d_Re510_s006__partial__4 | backwardFacingStep2d_Re510_s006 | 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 velocity of 1.342. Case signature: scene=backwardFacingSt... | 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 velocity of 1.342. Case signature: scene=backwardFacingSt... | |
backwardFacingStep2d_Re5650_s003_r2__full__0 | backwardFacingStep2d_Re5650_s003_r2 | 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 velocity of 1.125. Diagnostic signature: family=internal_ste... | 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 velocity of 1.125. Diagnostic signature: family=internal_ste... | |
backwardFacingStep2d_Re5650_s003_r2__partial__0 | backwardFacingStep2d_Re5650_s003_r2 | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 1.125. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.923, H=2.021, thickness=0.0106, Re=5650, dim... | A 2D simulation of a Newtonian fluid flowing past a backward-facing step. Visually, it corresponds to a turbulent regime in an internal-flow configuration with a fast reference velocity of 1.125. Case signature: family=internal_step, scene=backwardFacingStep2d, geometry: L=6.923, H=2.021, thickness=0.0106, Re=5650, dim... | |
backwardFacingStep2d_Re5650_s003_r2__partial__1 | backwardFacingStep2d_Re5650_s003_r2 | 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 velocity of 1.125. Case signature: scene=backwardFacingStep2... | 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 velocity of 1.125. Case signature: scene=backwardFacingStep2... | |
backwardFacingStep2d_Re5650_s003_r2__partial__2 | backwardFacingStep2d_Re5650_s003_r2 | 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 velocity of 1.125. Case signature: family=internal_step, sce... | 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 velocity of 1.125. Case signature: family=internal_step, sce... |
End of preview. Expand in Data Studio
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 the existing 1 full + 5 partial query texts, represented as six query rows.
Total cases: 700 Total query rows: 4200
Scenario counts:
backwardFacingStep2d: 26 cases, 156 query rowsbuoyancy2d: 56 cases, 336 query rowscavity2d_turb: 58 cases, 348 query rowsdye2d: 100 cases, 600 query rowsflowpastcylinder2d: 56 cases, 336 query rowsflowpastsquare2d: 44 cases, 264 query rowsjetaxi: 53 cases, 318 query rowsjetaxi_turb: 47 cases, 282 query rowslidDrivenCavity3d: 42 cases, 252 query rowsnaca0012airfoil2d: 100 cases, 600 query rowsrayleighBenard2d: 44 cases, 264 query rowssuddenContraction2d: 14 cases, 84 query rowssuddenExpansion2d: 21 cases, 126 query rowssuddenExpansion2d_nn_hb: 18 cases, 108 query rowssuddenExpansion2d_nn_powerlaw: 21 cases, 126 query rows
- Downloads last month
- 16