Add a for the inlet lid face and check Static Pressure (Average) .
SolidWorks Flow Simulation 2012 is a powerful Computational Fluid Dynamics (CFD) tool embedded directly within the SolidWorks 3D CAD environment . It allows engineers to analyze fluid flow, heat transfer, and related forces on their designs without needing specialized CFD expertise. Getting Started: Enabling the Add-In
The guides you through the initial boundary conditions of the computational domain: Unit System: Select SI, IPS, or customize your own.
Meshing is the most crucial step in CFD. The tutorial teaches you: The difference between and Local Mesh . How to use the Initial Mesh slider. solidworks flow simulation 2012 tutorial.pdf
Add a for the outlet lid face and check Static Pressure (Average) .
What are you currently facing?
: If the solver crashes with an error, your mesh might be too coarse, or your boundary conditions might be physically impossible. Refine the mesh or double-check your input values. Add a for the inlet lid face and
: Choose Internal (flow through pipes/valves) or External (flow around a car or wing).
Then, you'd launch the . This tool guided you through the fundamental choices for your analysis.
Used for aerodynamics (wings, cars) or electronics cooling. You must define a computational domain (a box around the object) that the fluid flows through. 2. Fluid Type and Flow Regimes SOLIDWORKS 2012 allows for: Laminar, Turbulent, or Laminar/Turbulent flows. Newtonian or Non-Newtonian fluids. Getting Started: Enabling the Add-In The guides you
Use "Static Pressure" if the incoming force is known. 2. Outlets
Handle high-velocity gas flows up to supersonic speeds.