Neutron STEM Lab

Fluid Mechanics

Fluid properties, hydrostatics, internal and external flow, open channels, hydraulic machinery, compressible flow, and measurement.

a converging-diverging nozzle, shock, and Mach graph
Fluid Mechanicsbetaintermediate

Compressible Flow Workbench

Explore Mach number, stagnation properties, isentropic nozzles, choked flow, shocks, expansion waves, mass flux, and thrust.

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a body in flow, a boundary layer, and drag curves
Fluid Mechanicsbetaintermediate

External Flow & Boundary Layers Workbench

Calculate drag, lift, boundary-layer growth, skin friction, sphere settling, dimensionless groups, and model similarity.

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a pump, turbine, hydraulic cylinder, and system curve
Fluid Mechanicsbetaintermediate

Fluid Machinery & Hydraulic Systems Workbench

Analyze pumps, turbines, operating points, affinity laws, NPSH, pump combinations, cylinders, accumulators, and fans.

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fluid equations, instruments, pumps, channels, and reference cards
Fluid Mechanicsstableintroductory

Fluid Mechanics Reference Center

Browse detailed fluid properties, dimensionless numbers, equations, devices, measurement methods, modeling guidance, and limitations.

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properties, pressure columns, buoyancy, and a hydrostatic gate graph
Fluid Mechanicsbetaintermediate

Fluid Properties & Hydrostatics Workbench

Calculate density, pressure, hydrostatic forces, buoyancy, floating stability, capillarity, compressibility, and viscous shear.

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pipes, fittings, velocity arrows, and a head-loss graph
Fluid Mechanicsbetaintermediate

Internal Pipe Flow Workbench

Analyze continuity, Reynolds number, friction factors, pipe losses, series and parallel pipes, sizing, and water hammer.

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an open channel, hydraulic jump, weir, and rating curve
Fluid Mechanicsbetaintermediate

Open-Channel Flow Workbench

Analyze channel geometry, Manning flow, critical depth, hydraulic jumps, weirs, gates, and momentum functions.

Open tool