Many people have seen or heard about the benefits of simulation software. We know it's a powerful tool for understanding how our designs will behave in the real world, but as with any tool, there are limitations on what is possible. Sometimes we have to make simplifications to get a simulation study to run. Unfortunately, in some cases we can't get it to run at all. I can think of a few examples from past experience...
A few weeks after the first reported case of the new coronavirus, called later COVID-19, in China, end of December 2019, tremendous and radical changes in daily life in china as well as in the entire planet have been observed gradually. China started to close cities like Wuhan, the center of epidemic, restrict travelling, shutdown most of industrial activities starting mid-January 2020. These unprecedented measures were taken to contain the virus and stop its spread to the whole country. The World Organization of Health (WHO) had declared COVID-19 a global pandemic on March 11, 2020. The number of affected countries and deaths have continued to climb exponentially, and a state of emergency was announced in most of the countries. Usually crowded, most of the very known and populated cities and capitals such as Paris, Milan, Berlin, Barcelona, Madrid, London, New York, were seen deserted.
With SOLIDWORKS 3D Interconnect technology, SOLIDWORKS Simulation users can now analyze parts and assemblies created in other CAD systems including PTC Creo, Autodesk Inventor, Siemens SolidEdge or NX, and Dassault Systemes CATIA. 3D Interconnect allows you to insert proprietary CAD data directly into a SOLIDWORKS assembly without converting it to a SOLIDWORKS file.
With the release of SOLIDWORKS 2020, many exciting productivity enhancements have been added to the software. One of these additions, the Simulation Evaluator, is a simple but powerful tool for reviewing and managing any Simulation. Let’s take a look at how it works.
Welcome to part 6 of our Introduction to SOLIDWORKS Simulation series. This time we will be showing you how to run the study and interpret your results.
Welcome to part 5 of our Introduction to SOLIDWORKS Simulation series. This time we will be showing you how to break your model into smaller entities, otherwise known as meshing.
Welcome to part 4 of our Introduction to SOLIDWORKS Simulation series. This time we will be walking you through the process of assigning fixtures and loads to your simulation study.
Welcome to part 3 of our Introduction to SOLIDWORKS Simulation series. This time we will be walking you through the process of creating your study and assigning materials.
Welcome to part 2 of our Introduction to SOLIDWORKS Simulation Series. This time we will be walking you through the first step needed before completing any simulation, prepping your geometry.