Any loading can be understood as transient, but it can also be understood as a spectrum of waves. Treating dynamic problem inputs and outputs as a combination of waves (or wave spectrum) simplifies the problem by removing the concept of time. However, the solution is approximate and with certain limitations. You can use a response … Continue reading SolidWorks Simulation: How Do We Understand Response Spectrum Analysis?
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SolidWorks Simulation: How Do We Understand Harmonic Response Analysis?
What is harmonic response analysis? Let's start this post by a simple example: A single degree of freedom oscillator loaded with a time varying force F. The solution to this problem is known in closed form. If the force F oscillates, the resulting displacement will oscillate in the same oscillatory fashion. The phase angle Φ, … Continue reading SolidWorks Simulation: How Do We Understand Harmonic Response Analysis?
4 Tips for Harmonic Response Analysis Using SolidWorks Simulation
It has been a while since the last post. Today I would like to share 4 tips you should keep in mind when doing harmonic analysis using SolidWorks Simulation. Tip 1. 80% cumulative mass participation criteria To help determine the minimum number of modes to be used, make sure there is at least 80% mass … Continue reading 4 Tips for Harmonic Response Analysis Using SolidWorks Simulation
Orthotropic Material-Modelling a Wood Pallet Using SolidWorks Simulation
The post provides a detailed walkthrough of modeling a wood pallet using SolidWorks Simulation, including material properties, coordinate systems, contact areas, and result interpretation.
A comparison between ANSYS Mechanical and Simulation in SolidWorks
A Comparison between ANSYS Mechanical and SolidWorks Simulation
Xutao Sun 