solidworks simulation

SOLIDWORKS Standard, Professional, or Premium: How Many Scoops Would You Like?

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So, you’re interested in SOLIDWORKS and found out there are three different tiers to choose from, but you’re not sure which one meets your needs. No worries! I’m here to help you find the best flavor of SOLIDWORKS for you. I did say flavor because we’re going to treat the different packages of SOLIDWORKS like ice cream, because it’s delicious. SOLIDWORKS comes in Standard, Professional, and Premium packages. Each package adds more capabilities to the software. Think of it in […]

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SOLIDWORKS 2022 What’s New – SIMULATION SOLVERS and PERFORMANCE

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2022 has brought many improvements to SOLIDWORKS Simulation. In this article I want to cover the SOLIDWORKS Simulation Solver Changes and Performance Enhancements. Every year SOLIDWORKS puts a large effort into bringing new useful features to the Simulation portfolio. This year is no different. SOLIDWORKS Simulation 2022 has added several SIMULATION Solver enhancements. The FFEPlus iterative and the Intel Direct Sparse solvers in 2021 and before utilized a file-based process to transfer stiffness data to the Simulation. This method was […]

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SOLIDWORKS 2022 What’s New – Linkage Rod Connectors

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Included with SOLIDWORKS 2022 is a new kind of connector called a linkage rod. The linkage rod is a convenient way to connect components in your assembly without having to model physical geometry. Linkage rod connectors are available in SOLIDWORKS Simulation Professional and Premium. To access this functionality, right click on your “Connections” folder in the Simulation study tree and then select “Linkage Rod”. At the top of the Property Manager are selection boxes for specifying geometry at each of the […]

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SOLIDWORKS 2022 What’s New – SOLIDWORKS SIMULATION – Blended Curvature-Based Mesher

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SOLIDWORKS Simulation 2022, like we have seen in several prior releases, includes updates to the meshing algorithms.  Let’s face it.  When it comes to finite element analysis, “it’s all about the mesh”, as one of my co-workers often chides.  Digging in to new features of SOLIDWORKS Simulation 2022, using the Blended Curvature-Based meshing algorithm, we can now apply a mesh control that has a larger element size than the global mesh settings.  This is an interesting change and, in my […]

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Are you ready for SOLIDWORKS Simulation 2022?

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SOLIDWORKS 2022 is coming!  What does that mean for you and me?  Simple.  New features, functionality, User Interface changes, performance improvements, and possibly a whole host of other changes to SOLIDWORKS CAD, but also SOLIDWORKS Simulation, SOLIDWORKS Flow Simulation, and SOLIDWORKS Plastics.  As I write this, I am unfortunately not able to mention what’s coming.  You will find that content in several upcoming blogs written by me and several other of my Simulation colleagues by searching the Computer Aided Technology […]

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Calculating critical shaft speeds in SOLIDWORKS Simulation

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It is essential to understand the critical speed of rotating machinery to ensure safe and reliable operation of the equipment. Critical shaft speed is the speed at which a shaft becomes resonant. At this speed, vibration can cause the machinery to function incorrectly and cause issues such as loosening of parts, poor vibration characteristics and even bearing and foundation damage. Unexpected downtime because of a mechanical issue can cost a company thousands of dollars in lost productivity. Critical speed occurs when […]

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Napkin Sketches, Hand Calculations and… SOLIDWORKS Simulation?

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Why do we Designers and Engineers resort to napkin sketches and hand calculations?  Some people would say it is because we are gluttons for punishment!  Other people might recognize that a napkin sketch is a great way to convey a new idea quickly.  Still others might voice an opinion that hand calculations provide quick insight into performance.  Whatever your reason for resorting to a napkin sketch or hand calculation is, I say keep doing it!  What do either of these […]

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Understanding beam diagrams in SOLIDWORKS Simulation

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When conducting a finite element analysis (FEA) of a weldment structure in SOLIDWORKS Simulation, the software will default to meshing each structural member using beam elements. Beam elements are one dimensional finite elements, where the section properties of the beam (inertia, cross sectional area, torsion constant, etc.) are accounted for in the mathematical model as opposed to the geometrical model. In other words, when we use beam elements to mesh an extruded shape, we don’t subdivide the cross section of […]

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Mesh Controls in SOLIDWORKS: Not just for Faces and Edges

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When it comes to mesh controls, people often ask if they can be applied to an entire part instead of to edges, faces and vertices. The answer is of course “Yes”, but the method is slightly different than it is for edges, faces, and vertices. Outside of the mesh failure diagnostic window, there are two workflows/methods for applying mesh controls to parts and one of them is a little less obvious than the other. Let’s dive in and start with […]

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Give Cyclic Symmetry a Spin in SOLIDWORKS Simulation

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If I told you that it was possible to make your analysis solve faster, would you be interested?  You absolutely should be!  Faster solve times allow you to analyze more iterations and make better informed decisions to improve your designs.  Today I am going to explain how to use another method of reducing your finite element model using Cyclic Symmetry in SOLIDWORKS Simulation. Hopefully you are familiar with using a symmetry boundary condition in SOLIDWORKS Simulation.  Symmetry allows you to […]

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