SOLIDWORKS

• Flow Simulation is 100% integrated into SOLIDWORKS, so there’s no necessary translation and no accompanying loss of geometrical fidelity. Design and CFD models stay in sync, reducing re-synchronization effort and the potential for errors. 
• Flow Simulation includes Automated Boundary Meshing, which means no manual meshing time, and no required CFD expertise. Benefit from drastically reduced execution times without sacrificing accuracy. 
• Built-in Solution Convergence reduces the number of re-runs needed due to lack of convergence and eliminates CFD specialist tweaks that would’ve been needed to attain it. Short run times enable the staging of multiple variant scenarios. 

• The exclusive Turbulence Model automatically determines laminar, transitional, and turbulent flow regimes without the need for you to specify flow characteristics, and directly modeling flow regimes eliminates the need for a CFD specialist. The Turbulence Model offers shorter setup times and increased model accuracy compared to traditional approaches. 
• The Wall Function for Boundary Layers provides accurate simulations, including near-wall boundary condition effects. This function reduces the trial and error associated with near-wall setup when utilizing traditional CFD approaches. 
• Its intuitive interface reduces setup times and delivers comprehensive results analysis and best-in-class visualization capabilities. 

A general parametric flow simulation tool that uses the Finite Volume Method (FVM) to calculate product performance through “what if” studies that offer results that help validate your designs. 

Dedicated to heating, cooling, and ventilation tools for simulating HVAC systems and radiation phenomena. 

Dedicated to thermal management study simulation tools for accurate thermal analysis of electronic Printed Circuit Board (PCB) and enclosure designs.