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Applications for Computational Fluid Dynamics Software

FLOW-3D is used all over the world by organizations ranging in size from Fortune 500 firms to small, family-owned enterprises, in both R&D and production settings, to tackle the most challenging flow simulations in a wide variety of application areas. Follow the links on the right for a sampling of what you can accomplish with FLOW-3D in the major industries we serve.

FLOW-3D is also used to solve varied and interesting design and production issues which are not shown in the industries on our website. Some of these unique CFD applications are featured below.

Related links:

One Person's Application can be Another's Inspiration

Analyzing Debris Transport in a Nuclear Reactor Containment Building following a Loss of Coolant Accident

Assessment of Blast Loading

Comparing HVAC System Designs with FLOW-3D

Modeling Granular Flow in FLOW-3D v10

See how Stress Engineering uses FLOW-3D
View the FLOW-3D Demo
Contact Flow Science

 

Milk Crown Phenomenon

Fuel Filling

This simulation of the milk crown phenomenon shows the formation of a milk crown created by the impact of a droplet on a thin layer of fluid. Courtesy of Flow Science Japan.

Simulation of a fuel tank being filled at a certain volumetric flow rate using the air entrainment model. The analysis also helps in the optimization of filling through residence time plots and velocity profiles.

Coil in a Water Heater

Oil Filter

Simulation of a coil in a water heater being heated by electrical resistance. Courtesy of XC Engineering.

Simulation of an oil filter with non-radial holes which are inclined with respect to the radius. Courtesy MDA SRL.

Crankshaft in Oil Bath

Elastic Roll

Simulation of a crankshaft in an oil bath. Courtesy of MDA SRL.
Analysis of a roll with elastic solids, with low modulus of elasticity, e.g., rubber. Courtesy MDA SRL.

Valve Simulation

Dip Soldering

View a valve simulation

View a dip soldering animation

Welding Simulation

Rotating Gears

View a welding simulation

View a rotating gear simulation

Granular Flow - Hourglass

Concrete Casting

This FLOW-3D simulation shows sand flowing under gravity in a two-dimensional hour glass. The small black lines are velocity vectors. Red indicates the sand density, which is mostly fully packed. Read about the granular flow modeling capability in FLOW-3D v10.

Simulation of the concrete casting filling process using FLOW-3D Cast, metalcasting software. Courtesy of Simtech Systems.