SOLIDWORKS Simulation Premium

Can SOLIDWORKS Simulation help my driver shaft find its spine?

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All things considered; I would rather be playing golf.  I have played in temperatures hovering near 110 Fahrenheit in the shade, when it was snowing, in tornado warnings, and in monsoons.  To non-golfers, this is often viewed as a form of psychosis.  To golfers, it is par for the course!  These days I do not get to play as much golf as I would like, but that does not stop me from planning my next round.  It also does not […]

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Harnessing the power of topology studies in SOLIDWORKS Simulation: Part 1

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Topology studies, available in SOLIDWORKS Simulation Professional and SOLIDWORKS Simulation Premium, are a highly effective way for design engineers to create lightweight, optimized parts. Topology studies can be used to explore a variety of design iterations to satisfy an optimization goal, subject to a set of geometric constraints. Topology studies start with a maximum design space which represents the maximum allowable size for the component. The topology optimization then seeks a new distribution of material, within the boundaries of the maximum […]

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Recommendations to Achieve Accurate Results with Linear Dynamic Analysis

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Our Simulation team gets asked a lot of questions regarding SOLIDWORKS Simulation features, capabilities, how-to, and similar, by our Simulation users.  After answering this myriad of questions, the most common theme for a follow-up is almost always related to achieving accurate results with SOLIDWORKS Simulation.  Our Simulation team has written several blogs that provide guidance related to meshing and accuracy, such as Take Control of Your Mesh, Nodal vs Elemental Stress, one of my long-time favorites Divergence and Convergence for […]

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Nexans Autoelectric of America, Inc. Customer Story

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Nexans Autoelectric of America, Inc. is known internationally by automakers for vehicle electrical wiring systems, molded components, and clocksprings. Jeremy Richardson is a component designer that supports wire harness development at Nexans Autoelectric. Initially, Jeremy’s team purchased the SOLIDWORKS Simulation package through Computer Aided Technology as a cost-savings move to help with engagement force predictions and stress analysis. Jeremy says, “The current CAD system being used offered the desired simulation capabilities, however, at a very high price point. SOLIDWORKS offered […]

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The Ice Cream Spoon, Part 3

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I’ve previously blogged about the ice cream spoon, but when I wrote those articles the weather was more suited for eating ice cream!  Personally, I like ice cream year-round, but some people choose warmer desserts when the winter months set in.  The first ice cream spoon blog discussed Surface Modeling techniques to create the spoon design.  The second ice cream spoon blog discussed using SOLIDWORKS Plastics to analyze the injection molding of the ice cream spoon.  In this installment, I […]

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The Analysis Tools Sanity Check

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Let’s call it a ‘sanity check’. Sometimes you need to prove to yourself, or possibly your boss, that your analysis tools are calculating results correctly. Maybe you’re reviewing the results and something doesn’t look quite right. There are plenty of scenarios where you may be called upon to use hand calculations to back up what your workstation and software can do for you in seconds, minutes or hours. With our designs becoming increasingly more complex, this can definitely seem like […]

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The Analysis Tools Sanity Check

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Let’s call it a ‘sanity check’.  Sometimes you need to prove to yourself, or possibly your boss, that your analysis tools are calculating results correctly.  Maybe you’re reviewing the results and something doesn’t look quite right.  There are plenty of scenarios where you may be called upon to use hand calculations to back up what your workstation and software can do for you in seconds, minutes or hours.  With our designs becoming increasingly more complex, this can definitely seem like […]

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Natural Frequency Analysis

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Natural Frequency analysis in SOLIDWORKS Simulation allows us to efficiently investigate the resonant frequencies of a design.  This analysis type helps us ensure that the natural modes of vibration are well away from environmental forcing frequencies that a design might encounter during service.  Like all analysis work, effective post-processing of your Natural Frequency analysis is key to communicating results to others.  The standard output of a Natural Frequency analysis are the resonant frequencies and associated mode shapes of the design, […]

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Natural Frequency Analysis

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Natural Frequency analysis in SOLIDWORKS Simulation allows us to efficiently investigate the resonant frequencies of a design.  This analysis type helps us ensure that the natural modes of vibration are well away from environmental forcing frequencies that a design might encounter during service.  Like all analysis work, effective post-processing of your Natural Frequency analysis is key to communicating results to others.  The standard output of a Natural Frequency analysis are the resonant frequencies and associated mode shapes of the design, […]

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Natural Frequency Analysis

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Natural Frequency analysis in SOLIDWORKS Simulation allows us to efficiently investigate the resonant frequencies of a design.  This analysis type helps us ensure that the natural modes of vibration are well away from environmental forcing frequencies that a design might encounter during service.  Like all analysis work, effective post-processing of your Natural Frequency analysis is key to communicating results to others.  The standard output of a Natural Frequency analysis are the resonant frequencies and associated mode shapes of the design, […]

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