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SOLIDWORKS Simulation 2026 delivers some exciting new features and enhancements for shell definition and edge selection, better setup feedback information, performance improvements for connectors, and more.
When our products experience thermal loading, it introduces stresses that we must understand for the sake of function and safety. The SOLIDWORKS Simulation portfolio offers several FEA tools at different price points for different thermal situations. This article will review them, so you can determine the best solution for your needs.
SOLIDWORKS 2026 introduces some exciting new features to meet your Flow Simulation needs. This article explores new enhancements to the Component Explorer, goals, and parametric studies.
Finite Element Analysis (FEA) has become a standard tool for engineers, allowing product performance to be evaluated before making a physical prototype. But not all FEA is the same. Choosing between a linear or nonlinear solver can make the difference between results that are realistic and actionable and results that appear convincing but fail to capture real-world behavior.
GoEngineer's simulation team can best be demonstrated by introducing some of the individual members. If your company needs simulation support, these are among the people ready to assist you.
Cyclic Symmetry is a handy fixture in SOLIDWORKS Simulation that is often used to save on resources and calculation time. However, an error can occur when working with cyclic symmetry on turn geometry. The error message states, “Source projection at Cyclic symmetry. Pair Cyclic Symmetry-1 is not fully enclosed within the target”. There are a couple of issues that will cause this error.
As SOLIDWORKS users, we know that simulation isn’t just for high-stakes engineering; it’s also a powerful tool for answering everyday questions. Remember the age-old debate about whether driving with your pickup’s tailgate up or down is better for fuel economy? It’s a well-known topic that’s sparked speculation and even caught the attention of MythBusters years ago. Now, we’re putting it to the test again, but this time, using SOLIDWORKS Flow Simulation to model the aerodynamics of a pickup truck in four different tailgate configurations.
As SOLIDWORKS users, we know the power of simulation tools to answer practical, and sometimes just plain curious, questions about the world around us. In this article, I dive into a simple yet insightful aerodynamic study using SOLIDWORKS Flow Simulation. Ever wondered how closely following a semi-truck impacts the drag on your car and how this might affect fuel efficiency? This isn’t a high-tech wind tunnel experiment but it is a relatable, everyday scenario with some interesting findings.
For decades, I have been an aquarist. Like most hobbyists, I started simple, and put together a community aquarium with a variety of fish that were compatible with one another, with a standard aquarium filter. Later, I started breeding specific fish. In breeding aquariums, the filter system needs to be a bit different so that the young fish (the fry) don't get sucked into the filter. I knew that the placement of the filter would impact its flow efficiency, but I wasn't exactly sure to what extent. (Even the filter manufacturer didn't provide this information.) So, I decided to investigate this by creating the aquarium and filter system assembly in SOLIDWORKS and then running a simulation of each type of filter system in different positions.