Snapshot
Engineers and analysts working with designs subject to vibration or impact loadings can explore SolidProfessor’s SOLIDWORKS Simulation Premium Dynamics course, refreshed for the 2025 software version. It provides a thorough introduction to the analysis of dynamic loads across a range of mechanical systems and assemblies. Through the course we explore how designs respond to vibration, impact, and other loadings using tools like time history, harmonic, and random vibration studies.
With simulation techniques suitable for electronics, large machinery, and structural systems this course equips learners with the knowledge to solve real-world vibration problems.
Time history analysis of shock loading of a PCB assembly
Course Highlights
Each of the linear dynamics study types available in SOLIDWORKS Simulation Premium are explored, in addition to the capability for vibration-based fatigue. Fundamental concepts like solver options, damping, and timestep selection are covered, as well as practical techniques and modeling practices for working with complex assemblies.
Topics include:
- Time History analysis for simulating transient shock or sudden acceleration
- Harmonic response to predict effects of sinusoidal vibrations
- Random Vibration analysis using power spectral density (PSD) curves
- Response Spectrum studies for modeling earthquake-type events
- Fatigue analysis based on dynamic loading cycles
- Strategies for handling bolts and contact interactions
- Techniques for simplifying geometry to reduce solve times
The course includes several practice exercises to reinforce learning.
Some of the examples covered in this course
Who is this course for?
This course is intended for engineers and analysts with prior experience using SOLIDWORKS Simulation, particularly those familiar with static or frequency studies. You should already understand basic simulation workflows such as meshing, applying loads/fixtures, and interpreting basic result plots.
It’s recommended for mechanical engineers working with products that are exposed to shock and vibration, or anyone familiar with basic simulation tools looking to expand into dynamic studies
The course assumes working knowledge of simulation concepts and mechanical engineering fundamentals. If you’re new to SOLIDWORKS Simulation, we recommend starting with the SOLIDWORKS Simulation Standard course before diving into dynamics analysis.
Background and setup considerations for Linear Dynamics studies
How can you use these tools?
- Model and evaluate dynamic loading events
- Predict fatigue damage caused by vibration
- Simulate shock loads or earthquake response
- Analyze vibration effects on PCBs, assemblies, and structural supports
- Improve simulation performance using simplification and bonding strategies
- Create sensor plots and animations to visualize dynamic response
The SOLIDWORKS Simulation Premium Dynamics course provides engineers with the tools and techniques to explore how parts and assemblies behave when subject to vibration or impact. With step-by-step walkthroughs and practical exercises, you’ll be better prepared to assess dynamic performance in any mechanical system.
