Select the internal face of your inlet lid. Apply a known parameter such as Inlet Mass Flow Rate , Volume Flow Rate , or Inlet Velocity .
Check boxes for , Radiation , Time-Dependent (Transient) , or Gravity if required.
: This is one of the most comprehensive step-by-step guides available. It covers creating new parts, setting up boundary conditions, and using to visualize results like velocity boundary layers. Official SolidWorks Flow Simulation Student Workbook
Displays 2D cross-sections of your model showing color-coded contours of pressure, temperature, or velocity vectors.
Set the starting pressure, temperature, and velocity of the environment. Step 3: Defining Boundary Conditions solidworks flow simulation 2012 tutorial.pdf
[CAD Model] ➡️ [Check Geometry] ➡️ [Run Wizard] ➡️ [Apply Conditions] ➡️ [Mesh & Run] Define your study name and configuration.
Run the solver. A dialog box appears showing the convergence graph.
Apply tighter, smaller cells around complex curves, small holes, or sharp edges where fluid behavior changes rapidly. Step 6: Running the Solver
SolidWorks Flow Simulation 2012 , several authoritative tutorials and guides are available that walk you through the setup, analysis, and visualization process for Computational Fluid Dynamics (CFD). Primary Tutorial Resources Select the internal face of your inlet lid
If your goals aren't flattening, try refining the mesh or checking if your physical inputs are realistic.
The final sections of the PDF focus on interpreting data.
Use the Tools > Check geometry tool to find gaps in your model.
Once the solver achieves convergence, the results section of your design tree populates with visual interpretation tools. Post-Processing Tool Best Used For Visual Output Type : This is one of the most comprehensive
The solidworks flow simulation 2012 tutorial.pdf is the official user guide that shipped with the 2012 version of SolidWorks Flow Simulation, a CFD software integrated into the SolidWorks CAD environment. This PDF is a comprehensive manual containing step-by-step tutorials designed to help users, from beginners to intermediate levels, learn how to set up, run, and analyze fluid flow and heat transfer simulations.
The 2012 tutorial teaches "Basic Mesh" and "Advanced Refinement." Unlike modern versions with automatic h-adaptivity, SW2012 requires manual refinement. Pay close attention to the slider in the tutorial — set it to 4 (Maximum) for accurate drag forces, otherwise, your results will be off by 50%.
SolidWorks Flow Simulation 2012 utilizes an automatic rectangular space-saving mesh. Use the slider (Levels 1 to 7) to set global refinement. Level 3 or 4 is ideal for initial runs.