In this course, you'll learn how to setup and run a Nonlinear Analysis in SOLIDWORKS Simulation to accurately simulate large deformations, plastics, rubber, and multiple contact faces. Required software: SOLIDWORKS with Simulation Premium.
Using Nonlinear Analysis can give you a more accurate representation of your design when compared to a Linear Static Analysis. In this course, SOLIDWORKS Simulation - Nonlinear, you'll learn how to accurately simulate structural design problems using a Nonlinear FEA Analysis available with SOLIDWORKS Simulation. First, you'll learn about the distinction between a linear and a nonlinear analysis. Next, you'll discover the definition of advanced materials and explore new loading options. Finally, you'll learn about additional post processing options to find critical areas of your design in a more accurate manner. After watching this course, you will be equipped to setup and run a Nonlinear Analysis to simulate structural design issues before testing. Required software: SOLIDWORKS with Simulation Premium.
Arvind Krishnan works at GoEngineer with a focus on 3D Printing and Simulation. He has a background in Mechanical Engineering with a graduate degree from North Carolina State University. His research focused on Structural Optimization for Additive Manufacturing.
Hello and welcome to this course on SolidWorks Simulation Nonlinear Analysis. My name is Arvind Krishnan and I work at GoEngineer as an Applications Engineer with a focus on SOLIDWORKS Simulation, supporting our users in the Dallas-Forth Worth and Oklahoma regions. I also teach Training Classes on the different SolidWorks Simulation tools.
In this course, we will primarily be talking about nonlinearities in a FEA study, whether it’s from contacts of multiple gear faces, plastics and rubber materials simulations, or large deformations. By solving your analysis in multiple steps, Nonlinear Analysis can give you a more accurate representation as compared to a Linear Static Analysis. This class will primarily talk about Contact Analysis, Material Nonlinearities and Geometric Nonlinearities.
Some of the key concepts covered in this class are the distinctions between a linear and nonlinear analysis; the differences in the interface and available new options, definition of advanced material behavior & new loading options and finally, post processing option in a Nonlinear study to find critical areas of your design.
By the end of this course you will be able to successfully setup and run a Nonlinear Analysis. Some of the prerequisites to this course are knowing the SolidWorks interface, having a basic understanding of Finite Element Analysis and also knowing how to run a Linear Static Analysis. I hope you will join me in this course at Pluralsight. Thank you