It's time to get with the FLOW

If you are looking for a robust Computational Fluid Dynamics (CFD) Program we've got you covered!

Contact me directly if you would like a demonstration at your facility or would like to know more about flow.

With Flow Simulation it is possible to study a wide range of fluid flow and heat transfer phenomena that include the following:

• External and internal fluid flows
• Steady-state and time-dependent fluid flows
• Compressible gas and incompressible fluid flows
• Subsonic, transonic, and supersonic gas flows
• Free, forced, and mixed convection
• Fluid flows with boundary layers, including wall roughness effects
• Laminar and turbulent fluid flows
• Multi-species fluids and multi-component solids
• Fluid flows in models with moving/rotating surfaces and/or parts
• Heat conduction in fluid, solid and porous media with/without conjugate heat transfer and/or contact heat resistance between solids and/or radiation heat transfer between opaque solids (some solids can be considered transparent for radiation), and/or volume (or surface) heat sources, e.g. due to Peltier effect, etc.
• Joule heating due to direct electric current in electrically conducting solids (requires Electronics cooling module)
• Various types of thermal conductivity in solid medium, i.e. isotropic, unidirectional, biaxial/axisymmetrical, and orthotropic
• Fluid flows and heat transfer in porous media
• Flows of non-Newtonian liquids
• Flows of compressible liquids
• Real gases
• Cavitation in incompressible water flows
• Equilibrium volume condensation of water from steam and its influence on fluid flow and heat transfer
• Relative humidity in gases and mixtures of gases
• Two-phase (fluid + particles) flows
• Periodic boundary conditions.

Click below to request additional information and to learn more or contact Steven Ruffin directly at 251.517.4345 in Mobile AL