This technical column will provide an in depth look into a variety of CAD topics. It’s full of useful tips and tricks, the latest innovations from SolidWorks, shortcuts through the interface, best practices and ways to maximize your CAD experience.
KAP’s Corner is authored by Keith Pedersen, CAPINC’s resident technical guru and a SolidWorks Elite Applications Engineer.
There is a wealth of information in the SolidWorks Simulation training courses about mesh control and mesh refinement, but experience is the best teacher, and I’ve grown very opinionated over time about how to set some of these dialog options. So I’m going out on a limb. In the worst case, I might get called […]
Most people are familiar with how to set up a Force-Driven simulation study – you apply forces and pressures as inputs, and the system spits out Deflections, Strains, and Stresses as outputs. But what if the known boundary condition on your study is that a component has to flex a certain distance – and you […]
Lots of SolidWorks Simulation tech tips focus on controlling the mesh, and that’s a good thing – the art of all discrete simulation, be it FEA, CFD, EM, etc., is really the art of the mesh. But a very close second-place in importance, is the art of idealizing the CAD model - and I mean […]
If you are an analyst more so than a designer, and use SolidWorks primarily for stress-and-strain simulation – still, there are a few tools on the CAD modeling side that you are likely to use very often to help set up your studies. For example, INSERT – CURVE – SPLIT LINE is incredibly useful for […]
If you have SolidWorks Simulation, but you do not have the Premium-level license, then you do not have access to the Mooney-Rivelin formulation of elements that capture the highly non-linear stress-strain behavior of elastomers. But you can still do quick order-of-magnitude studies using the linear solver, as long as your rubber elements are not going […]
Back in 2007, we had a popular KAP’s Corner article on what factors affect the size and performance of SolidWorks documents. Computer science has evolved quite a bit since then, and the SolidWorks programmers have continually re-tuned their CAD system to keep up with the changes, so it is time to revisit this important question. […]
One of the most popular CAPUniversity presentations, year over year, has been on reducing SolidWorks file size and increasing performance. It is nigh time to update this article to the 2011 version. Computer science has changed a lot in the last few years. Some of these changes have required a re-think of the SolidWorks data […]
Originally published in 2009 In the world of FEA, sometimes the answer has to be “Right” – and sometimes it has to be “Right Now”. This month’s topic is about getting answers Right Now. Every example I’m going to cover here is a cheat of some kind. Purists, Beware! In each of these examples, the […]
Originally published in 2009 I’ve written prior articles about the power of Envelope Parts in an assembly. And about ways to leverage the ability to build multiple solid Bodies in a part file. But now lets talk about a way that you can combine these two ideas, to work “Outside-In”. That is, to build detailed […]
Originally published in 2007 Mates are the “glue” that hold your assemblies together. One of the great strengths of Solidworks assemblies is that mates are independent objects which can be applied at any time, in any order. This makes assembly design easy for the CAD novice. It also means that a wide variety of mating […]