The key capabilities of SOLIDWORKS FLOW SIMULATION are as follows:

• Analyze the flow of liquids and gases.
• Analyze both incompressible and incompressible fluids.
• Simulate the flow of closed (Internal) and open (External) systems.
• Simulate both steady state and transient flows.
• Analyze laminar and turbulent flows.
• Analyze the Subsonic, Transonic and Supersonic ranges.
• Analyze fluids with both Newtonian and Non-Newtonian behaviors.
• The size of the surface roughness of the wall can be set.
• Analyze the heat exchange between different fluids.
• Simulate flow through porous media.
• Analyze the flow through a rotating impeller.
• Analyze the thermal conductivity inside the conduction.
• Analyze the heat transfer between the workpiece cube and the fluid (Convection).
• Analyze the radiation between the specimens (Radiation).
• Analyze the appropriateness of the positioning of the workpiece under the conditions that we set.

Electronic Cooling Module: designing electronic components or circuit boards needs a package containing a materials database, also industrial electronic components such as fans, PCBs and heat sinks, etc. It also adds the ability to calculate Joule Heating, Heat Pipes, and Two-Resistor Component.

Heating Ventilation Air Condition Module (HVAC Module): for ventilation system designers (Ventilation) and air conditioning (Air Condition) with a database of construction materials and interior materials such as bricks, leather, fabrics, and wood. Besides, SOLIDWORKS Flow Simulation (HVAC Module) can calculate Radiation, Comfort Parameters, and Tracer Study.