Duct
CFD Lesson 6: SOLIDWORKS Race Car and 3DEXPERIENCE Fluid Scenario Creation
How do you inspire students with fluid dynamics and the physics and math behind Computational Fluid Dynamics (CFD) ? The SOLIDWORKS Race Car external turbulent flow example can be done in a lab period. By simplifying the mesh, understanding model size in a boundary box, and tradeoffs between capability, time, and accuracy, you can make a virtual twin of a wind tunnel test. David starts with SOLIDWORKS and introduces PLM through the 3DEXPERIENCE Add-In. From the SOLIDWORKS Task Pane, use the Fluid Scenario Creation App to define the model, scenario and get results.
... ContinuedCFD Lesson 5: SOLIDWORKS Duct and 3DEXPERIENCE Fluid Scenario Creation (Part 2)
From the SOLIDWORKS Task pane, launch the Fluid Scenario Creation App to open the Duct created in the previous lesson . Display a cross-section of the mesh and explore the Mesh Visualization options. Create two mass flow sensors to prove a successful converged study. Add streamlines with a new material, Nitrogen and plot Gauge Pressure and Velocity. After a successful simulation, return to SOLIDWORKS.
... ContinuedCFD Lesson 4: SOLIDWORKS Duct and 3DEXPERIENCE Fluid Scenario Creation (Part 1)
Start with the SOLIDWORKS Duct part and save to cloud storage using Bookmarks in a collaborative space on the 3DEXPERIENCE Platform. Launch the Fluid Scenario Creation App from the SOLIDWORKS Task Pane. Create a Finite Element Model (FEM) and use the Assistant dialog box and Action toolbar to develop a internal flow simulation that models mechanical forces and dynamics of steady state fluid flow. Define the fluid and internal regions. Customize the Hex-dominant mesh. Apply boundary conditions and determine the pressure, flow velocity and mass flow results with the Physics Results Explorer App.
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