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Straightforward Stress Analysis with SOLIDWORKS SimulationXpress


May 4 2018

Getting started with SOLIDWORKS SimulationXpress

When developing a part, engineers and designers initially focus on aesthetics and dimensions. But once the design cycle approaches the production phase, it’s more important for that part to be able to perform as intended and endure real-world conditions.

Conducting simulations can ensure parts are ready for production and designed to last. One simulation tool available to most SOLIDWORKS users is SOLIDWORKS SimulationXpress. SOLIDWORKS SimulationXpress is a simple finite element analysis (FEA) tool that allows you to conduct quick structural analysis on individual parts right within the software.

2019 SOLIDWORKS Simulation Tutorial: SimulationXpress Overview

Why should I use SOLIDWORKS SimulationXpress?

Traditionally, engineers use prototypes to test stresses manually. Prototype manufacturing is effective but expensive and time-consuming. Instead, simulations validate designs virtually first before committing resources to a prototype.

This approach improves product design earlier in the process and reduces the number of necessary prototypes. Adding simulations into the design workflow prevents wasting time creating a part that can’t withstand stresses. This all ultimately results in a shorter, less costly design cycle. Plus, SOLIDWORKS SimulationXpress is easy to use!

For instructors, SimulationXpress is an easy and effective way to teach simulation and give students a strong introduction to design for manufacturing. The tool allows you to move seamlessly from design to simulation without needing an extensive explanation in between.

→ Brush up on the basics with online FEA tutorials!

How do I use the SOLIDWORKS SimulationXpress tool?

SimulationXpress is included in every version of SOLIDWORKS and provides stress analysis on simple parts while you’re working. Functionally, it’s a software wizard built into SOLIDWORKS.

SOLIDWORKS SimulationXpress guides you through defining fixtures, loads, and materials. Then, it creates a mesh based on a few specifications and runs a simulation. SimulationXpress produces results for stress, displacement, deformation, and safety factors directly on the model. This gives visibility to elements of the design that require changes and optimization. See how to start an analysis in SimulationXpress in the video below!

2019 SOLIDWORKS SimulationXpress Tutorial: Starting an Analysis

SOLIDWORKS SimulationXpress Tutorials

In the SOLIDWORKS SimulationXpress online course, you’ll follow a model through the SimulationXpress workflow, test yourself with guided exercises, and learn tips and tricks to make your simulations more effective. Lessons in this course include:

  • SimulationXpress Overview, Assumptions, and Units
  • Applying Fixtures, Loads, and Materials
  • Running the Simulation
  • Interpreting Results
  • Optimizing a Design
  • Guided Exercises
  • And more!

To take a deeper conceptual dive or to learn how to set up more complex simulations, check out our other courses and SOLIDWORKS simulation tutorials:

Optimize your designs in SOLIDWORKS with quick simulations!

Join SolidProfessor for yourself, your students, or the whole engineering team to learn how to do quick simulations with SOLIDWORKS SimulationXpress.

Patrick Ehrhardt
Patrick Ehrhardt

About the Author

Patrick Ehrhardt

SolidProfessor Senior Content Manager and craft beer aficionado.