[Wizard Start] ➔ [Select Units] ➔ [Analysis Type] ➔ [Fluid Selection] ➔ [Wall Conditions] ➔ [Initial Conditions]
: This means your internal model is not airtight. Use the Tools > Flow Simulation > Tools > Check Geometry tool to find leaks, or use the Create Lids tool to cap open pipe ends.
If you download the official (typically found in the installation directory or via the SolidWorks Customer Portal), you will find approximately 600+ pages of hands-on exercises. Here is a breakdown of the critical modules: solidworks flow simulation 2012 tutorial.pdf
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Define the default thermal conditions of your surfaces. [Wizard Start] ➔ [Select Units] ➔ [Analysis Type]
: View 2D "slices" of the model showing velocity or pressure gradients.
Old tutorials assume you have a perfect model. If your imported CAD has gaps, Flow Simulation 2012 will fail the . The PDF won't fix this; you must use the "Create Lids" tool (Chapter 2 of the PDF) to close inlets/outlets manually. Here is a breakdown of the critical modules:
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For a student, a is valuable because the interface changes between 2012 and, say, 2015 are minimal. The fundamental physics of Navier-Stokes equations, boundary conditions, and goal creation remain identical.
While the core CFD engine remains similar to modern versions, the 2012 tutorial highlights features that were current at the time:
This basic tutorial outlines how to calculate the pressure drop across a 90-degree pipe bend. [Inlet Lid] ---> ========\ || || \/ [Outlet Lid] Step 1: Create Lids