SOLIDWORKS Simulation Step-Up Series: Accuracy and Convergence
The video reviews accuracy and convergence within SOLIDWORKS Simulation. Accuracy is put in context and the three methods of manual-h and adaptive h- and p- methods are explained. Parameters that affect accuracy like element type selection and element aspect ratio are reviewed. Tools within the program that can give some indication of the level of accuracy, such as the discrete fringe stress plot, energy norm error and element result plot are referenced. Individual parameters corresponding to the h- and p-adaptive methods are explained.

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SOLIDWORKS Simulation Step-Up Series: Viewing Results Part 1

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SOLIDWORKS Simulation Step-Up - Thermal Analysis

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Correct Mesh Size - A Quick Mesh Convergence Tutorial

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Solidworks simulation convergence checking 1

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Stop Designing Like a Beginner | 6 Advanced DFMA Tips

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Contact Modeling - Simulation Step-Up Series Part 1 - SOLIDWORKS

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3 Steps to Accurate Simulation Results - Converge, Calibrate, Validate - Flow

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Lunch & Learn - Adaptive Meshing - Make sure your FEA results are correct

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SOLIDWORKS Simulation Essentials - Lesson 1 - Simulation Workflow, Meshing and Contacts

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Trust Your Singularity: Why FEA Singularities Are Acceptable

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SOLIDWORKS Simulation Webinar - Parametric Optimization versus Topology Optimization

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The Insane Genius of a Formula 1 Gearbox

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Something is jamming GPS over Europe. Here's what we found

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🚗 BYD : The biggest SCAM of the car industry ?

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Stress Singularity in FEA!

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SOLIDWORKS Simulation - Post Processing Your Analysis

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Why The Russian Accent Terrifies Everyone

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SOLIDWORKS Simulation - Using SOLIDWORKS Simulation for Shock, Vibration and Seismic Testing

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Most Mechanical Engineers Use the Wrong Fasteners

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