4/11/2021 0 Comments Solidworks Flow Analysis
Use the Extend Surface command to create the interference (remember the lid tool also creates an interference).Computer Aided Technology and SOLIDWORKS no longer support Internet Explorer versions below 10.
Solidworks Flow Analysis Trial Designer InFlowNavigation SOLIDWORKS Flow Simulation: Lid creation for non-planar faces June 26, 2018 by Matt Fetke Home Simulation SOLIDWORKS Flow Simulation: Lid creation for non-planar faces SOLIDWORKS Blog 3D Printing Blog 3D Scanning Blog Categories Categories Select Category 2D CAD Tools 3D Experience 3D Printing 3D Printing Materials 3D Printing Tech Tip 3D Scanning 3DQuickPress Additive Manufacturing API CAD CAD Administration CAD Design CAM CAMWorks CATIA V5 CATIA V6 CNC Milling Conceptual Designer Creaform Scanners Customer Stories Daily Dose.of SOLIDWORKS Support Design Validation Desktop Metal DraftSight Drawings DriveWorks eDrawings Education and Research Electrical Electrical Design ENOVIA Exalead OnePart Fused Deposition Modeling (FDM) General General Info Industrial Designer InFlow Technology InFlow Technology Model Based Definition Modeling PhotoView 360 Polyjet Product Data Management Rapid Prototyping Simulation Simulia SOLIDWORKS SOLIDWORKS 2019 SOLIDWORKS 3D CAD SOLIDWORKS CAM SOLIDWORKS Composer SOLIDWORKS Education SOLIDWORKS Electrical SOLIDWORKS Flow Simulation SOLIDWORKS Inspection SOLIDWORKS PCB SOLIDWORKS PDM SOLIDWORKS Plastics SOLIDWORKS Simulation SOLIDWORKS Sustainability SOLIDWORKS TIPS TRICKS SOLIDWORKS Tips and Tricks SOLIDWORKS Topics SOLIDWORKS Training SOLIDWORKS Visualize SOLIDWORKS Whats New Stratasys Stratasys 3D Printers Support Technical Communication Uncategorized SOLIDWORKS Blog 3D Printing Blog 3D Scanning Blog Categories Categories Select Category 2D CAD Tools 3D Experience 3D Printing 3D Printing Materials 3D Printing Tech Tip 3D Scanning 3DQuickPress Additive Manufacturing API CAD CAD Administration CAD Design CAM CAMWorks CATIA V5 CATIA V6 CNC Milling Conceptual Designer Creaform Scanners Customer Stories Daily Dose.of SOLIDWORKS Support Design Validation Desktop Metal DraftSight Drawings DriveWorks eDrawings Education and Research Electrical Electrical Design ENOVIA Exalead OnePart Fused Deposition Modeling (FDM) General General Info Industrial Designer InFlow Technology InFlow Technology Model Based Definition Modeling PhotoView 360 Polyjet Product Data Management Rapid Prototyping Simulation Simulia SOLIDWORKS SOLIDWORKS 2019 SOLIDWORKS 3D CAD SOLIDWORKS CAM SOLIDWORKS Composer SOLIDWORKS Education SOLIDWORKS Electrical SOLIDWORKS Flow Simulation SOLIDWORKS Inspection SOLIDWORKS PCB SOLIDWORKS PDM SOLIDWORKS Plastics SOLIDWORKS Simulation SOLIDWORKS Sustainability SOLIDWORKS TIPS TRICKS SOLIDWORKS Tips and Tricks SOLIDWORKS Topics SOLIDWORKS Training SOLIDWORKS Visualize SOLIDWORKS Whats New Stratasys Stratasys 3D Printers Support Technical Communication Uncategorized What are lids and why do we need them SOLIDWORKS Flow Simulation supports two main study types, internal (flows bounded by outer solid surfaces, e.g.Flow Simulation requires that these inlets and outlets be bounded by a face.These bounded faces will then contain the info necessary to describe the flow for the inlets and outlets. Automatically create lids: using the Lid tool Fortunately, SOLIDWORKS makes this very easy by providing a lid tool. Avoid creating lids too thick or too thin; generally, the lid thickness should be the same thickness as the walls in the model around it. Specifically, lids can only be created on planar (flat) surfaces (see pic below). The lid tool then creates a part in the assembly called LID1. This lid is created with an interference in the model as demonstrated in the picture below. Once the lid has been created, the user must apply a flow condition to the inner face of the lid. The type of conditions supported include velocity, mass flow, and environmental pressure among others. Once again, this lid tool works for planar faces only Creation of custom lids for curved faces Curved surfaces can be complex, so how do we accomplish this The steps to make a custom lid are easier than you may expect. Lets make a lid for the part pictured below The first thing we do is open the part. Secondly, we need to gain access to the surface tools, I typically use the Surfaces tab in the command manager. Please note that this part needs multiple lids, we are focusing on only one. We could make a new part for each lid like the lid tool does but that is time consuming and not necessary. Lets create a lid for the hole shown below with its edges highlighted in blue. Select the Filled Surface command, right click on the edge, and then use select tangency. The edge can be selected one segment at a time and, for this edge, that would be easy because it only has 4 segments. Change the edge settings to tangent (shown in pic below), then click the green check mark. Just like that, SOLIDWORKS created a new surface body (contains 0 thickness). We need to add thickness to this body, but we are going to do something unexpected first.
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