SOLID PROFESSOR - COSMOSWORKS DESIGNER VIDEO

Test your SolidWorks models and predict how they will behave in real life situations.

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Solid Professor "COSMOSWorks Designer" is a course designed to teach you the fundamental skills necessary for performing structural analysis on SolidWorks Parts and Assemblies using COSMOSWorks design validation software. This course will allow you to test your SolidWorks models and predict how they will behave in real life situations. Armed with this information you will be able to design better Parts and ultimately better products. 282 Minutes of Hi Resolution Video With Audio Narration.

The Solid Professor Learning Management System (LMS) brings a comprehensive library of multimedia training right to your desktop and includes the first of its kind “Search-On-Demand” productivity add-in for SolidWorks that allows users to access training at the click of a mouse without ever leaving the SolidWorks environment. Installed as an add-in and accessible through the SolidWorks Task Pane, SolidProfessor’s new “Search-On-Demand” enhancement for SolidWorks 2007 makes it easier than ever for you to get your design questions answered and maximize your workflow.

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CosmosWorks Designer Lessons Cover These Topics:

Introduction * Welcome * Design Validation * Assumptions Static Analysis of a Part * Overview * Activating COSMOSWorks * Analysis Setup * Creating a Study * Operating Environment: Restraints * Operating Environment: Loads * Processing * Results: Overview * Results: Stress Plot * Results: Adding Plots * Results: Section Clipping * Results: Iso Clipping * Results: Displacement * Results: Deformation * Results: Factor of Safety * Results: Design Check Wizard * Summary Meshing * Meshing Overview * Solid vs. Shell Mesh * Using Shell Mesh * Mesh Options * Mid Surfaces & Shell Alignment * Using Multiple Studies * Shell Analysis Results * Shell Analysis Using Surfaces * Mixed Shell Solid Mesh * Simplifying Geometry * Mesh Refinement * Meshing Tips Beam Analysis * Weldment Analysis Setup * Weldment Analysis Results * Truss Analysis Static Analysis of an Assembly * Assembly Analysis Overview * Assembly Analysis Setup * Creating Contact Conditions * Refining Contact Conditions * Assembly Processing and Results Shrink Fit Analysis * Shrink Fit Overview * Shrink Fit Setup * Shrink Fit Results Large Displacement Analysis * Large Displacement Overview * Large Displacement Setup * Results and Large Displacement

Using Connectors * Connectors Overview * Rigid Connector * Pin Connector * Link Connector * Spring Connector * Bolt Connector * Bearing Connector * Spot Weld Using Design Scenarios * Design Scenarios Overview * Setup and Parameters * Defining Design Scenarios * Design Scenario Results Adaptive Methods * Adaptive Methods Overview * Standard Adaptive Method * The H-Adaptive Method * P-Adaptive Method * Temperature Load * Tempearture Load Overview * Tempearture Load Setup * Soft Spring and Inertial Relief Personalization Options * System Options * Units and Symbol Display * Mesh Options * Results Options * Plot Options Loads: A Reference * Pressure * Force * Gravity * Centrifugal Load * Remote Load * Bearing Load Restraints: A Reference * Fixed * Immovable * Symmetry * Roller/Sliding * Hinge * Use Reference Geometry * On Flat Face * On Cylindrical Face * On Spherical Face User Libraries * Material Libraries * Analysis Libraries * User Library Items

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