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Gallery of Fluid Flow Calculators and Applets

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Interactive Tools by William Devenport and Joseph Schetz
  • Potential Flow Machine
  • Vortex Panel Method
  • Compressible Flow
  • Virtual Shock Tube
  • Converging Diverging Nozzle Simulator
  • Thermodynamics of Air
  • Real Gas Shock Calculator
  • Heat Conduction Applets
  • Boundary Layer Applets + Convection, including:
  • ILBLI which computes incompressible laminar boundary layers by an implicit numerical method
  • ITBL which computes incompressible turbulent boundary layers by an implicit numerical method
  • WALZ which computes incompressible laminar boundary layers using the Thwaites-Walz integral method
  • MOSES which computes incompressible turbulent boundary layers using Moses' method
  • WALZHT which computes incompressible laminar boundary layers with heat transfer using the Thwaites-Walz / Smith Spalding integral methods
  • MOSESHT which computes incompressible turbulent boundary layers using Moses' method extended to include heat transfer
  • CLBL which computes compressible laminar boundary layers by an implicit numerical method
  • CTBL which computes compressible turbulent boundary layers using an implicit numerical method
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    LMNO Engineering
  • Open Channels/Culverts
  • Hydrology and Groundwater
  • Pressurized Conduits.
  • Free ones include:
  • Non-Circular to Circular Pipe Conversions
  • Energy Equation
  • Static Pressure from elevation
  • Minor Losses (valves, etc.)
  • Q = VA
  • Major Losses (pipe friction). Darcy-Weisbach
  • Major Losses (pipe friction). Hazen-Williams
  • Surface Roughness and Minor Loss Coefficients
  • Moody Friction Factor for Darcy-Weisbach
  • Equivalent Length of Pipe Calculations
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    Interactive Tools by Spyros Kinnas
  • Fluid in a manometer
  • Hydrostatic pressure and force on a submerged plane
  • Rotating U-tube Applet
  • Free surface of a rotating fluid
  • Flow through a venturi tube
  • Force on a pipe bend
  • Required power and trajectory of a water jet
  • Head loss along a pipe
  • Inviscid Channel Flow Applet
  • Viscous Channel Flow Applet
  • Hydrofoil Flow
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    Interactive Tools by M. van Rooij and H. Higuchi
  • Unit Conversion
  • Reynolds Number Calculator
  • Mach Number Calculator
  • Standard Atmosphere
  • Sports Aerodynamics (spin, baseball and golf ball)
  • Superposition of Elementary Flows Calculator
  • Airfoil Analysis Applet
  • Simulation of a Pendulum in a Fluid Calculator
  • Sound Wave Propagation
  • Shock Wave Simulation
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    Interactive Tools at FluidMech.net
  • Friction Factor Calculator - Virtual Moody Diagram.
  • Bluff Body Drag Calculators which provide the drag and drag coefficient for an assortment of bluff bodies
  • Drag vs Reynolds Number for cylinders and spheres
  • Incompressible, Flat-Plate Boundary Layers using Re-1/5scalings
  • Incompressible, Flat-Plate Boundary Layers using Re-1/7scalings
  • Gravity-Capillary Waves Calculator
  • Calculator for Waves in Solids
  • Liquid Viscosity Calculator
  • Liquid Thermal Conductivity Calculator
  • Gas Property Calculator
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    Interactive Tools by David Hill
  • Systems of Units
  • Operation of a Manometer
  • Hydrostatic Forces on Plane Surfaces
  • Dimensional Analysis
  • Similitude
  • Basic Pipe Flow Calculations
  • Pipes in Parallel
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    Interactive Tools by C. Wassgren, C.M. Krousgrill and P. Carmody
  • Isentropic Flow Calculator
  • Fanno Flow Calculator
  • Rayleigh Flow Calculator
  • Normal Shock Relations Calculator
  • Oblique Shock Relations Calculator
  • Expansion Fan Calculator
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    Interactive Tools by Subrata Bhattacharjee. Examples include:
  • Unit Converter
  • Tables and Charts
  • Gas Dynamics: High Speed Flows of Perfect Gases
  • Many, many thermodynamic calculators
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    Interactive Tools by Alina A. Alexeenko.
  • Gas Dynamics Toolbox Applet
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    Interactive Tools by Gossman Consulting, Inc.
  • Flow calculator for pipes to determine if flow is turbulent
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    Interactive Tools by Ferdi Hellweger.
  • UTFLOW - This applet computes and visualizes the EGL and HGL for a simple linear pipe system
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    Interactive Tools by Mark Mitchell.
  • Animated Demonstration of Bernoulli's Principle
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    Equations in Motion.
  • CFD solver for two dimensional flows: End-to-end solver including mesh generation,computation, and visualization
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