The majority of simulation work I do now is with fluid flow and heat transfer using Computational Fluid Dynamics (CFD). However, my career was first launched doing structural analysis with Finite Element Analysis (FEA). I am old enough that my first FEA programs in college were written in Fortran and performed using batch computing.
What are “Degrees of Freedom” when working with FEA models and why do they matter? If you're new to FEA, this is a good concept to get a grasp of early on. If you are experienced, you may not have ever run into any problems related to degree of freedom limitations in finite elements – or maybe you have and just didn’t know it.
Have you ever used Inventor Stress Analysis? Do you know what it’s really calculating, and what the results mean? This presentation aims to give a overview of the basics of structural FEA, in the context of the Inventor Professional Stress Analysis Environment. It will be new to some, review for others, and fun for all!
Simulation services is a strategic investment. The return on that investment may vary from saving time and money to increasing competiveness. Here are four reasons why companies chose to collaborate on their engineering projects with Sim Specialists, a division of Hagerman & Company.
During a recent Google search, I stumbled across this interesting NASA paper which determined the root cause for the loss of the Mars Climate Orbiter in 1999 was a mismatch of units. A subroutine coded for thruster data in metric units was instead fed English units, which resulted in a trajectory error.
Simulation services for CFD and FEA is a strategic investment. To make it worthwhile, the return on that investment can vary from saving time and money during product development to increasing competiveness in the marketplace. Here we share a few reasons why our clients chose to collaborate with us on their recent engineering projects: