Click here to watch the forming simulation technical webinar that will walk you through the part development process and demonstrate how forming simulation recreates the manufacturing process virtually.

This article presents three use cases for nonlinear static analysis in SOLIDWORKS Simulation Premium through examples. Tips for getting started and sourcing material data are also included.

Aim: To perform the non-linear dynamic analysis of sheet metal during the punching operation in SolidWorks. Objective: To analyze the stress, strain and displacement which are developed in sheet metal (plate) during the simulation of the CAD model for the punching operation.

Only the Load control incremental technique can be incorporated for nonlinear dynamic analysis. Modified Newton-Raphson (MNR) and Newton-Raphson (NR) iterative schemes are available for nonlinear dynamic analysis.

This blog, part of the CAE Simulation using SolidWorks series, focuses on nonlinear and dynamic analysis. We’ll explore their differences, dive into practical applications, and demonstrate how to set up simulations in SolidWorks for accurate results.

Non-Linear Analysis Solidworks Simulation for Clevis Hanger Clamp Press Brake Stamping Tool Smart Metallix 573 subscribers 102

Click here to watch the forming simulation technical webinar that will walk you through the part development process and demonstrate how forming simulation recreates the manufacturing process virtually.

I have prepared a training session on nonlinear bending analysis of sheet metal parts in SolidWorks. In this training, you will be able to easily examine the stress concentration areas of the parts.

Using sheet metal bodies in SOLIDWORKS Simulation provides a streamlined study setup workflow and leads to the utilization of shell elements.

In this webinar, you will see first-hand how to setup and solve an Explicit Dynamics Analysis in SIMULIAworks and review several real problems involving Explicit Dynamics to understand how it is used effectively to get important results.