Join Tony Abbey for an in-depth discussion in this video Mass and stiffness modeling in dynamics, part of SOLIDWORKS Simulation: Dynamic Analysis.
- [Instructor] In this video, we're going to look at…various aspects of mass and stiffness modeling.…We look first at mass modeling…and we think of the element density.…We input the element density on the material property form.…Every element has a volume and times its density,…that gives us an element mass.…So that's the major contribution we find…to the mass within an FVA model.…As an alternative, if we look at the tray here,…the blue patch is where we want to apply a smeared…or non-structural mass on there.…At the input form over here,…you point towards that surface…and then you define the mass you want to smear…over that surface.…
The remote or lumped mass, here, we define the part,…which is attached to the blue surface.…And SolidWorks calculates the CG and the mass…and the inertia terms of the part…and then connects the CG down to the surface,…so we're spidering off the surface to this CG of the part.…Mass and inertia terms are calculated.…The part is effectively replaced then…by this remote lumped mass and the spider.…
- Analysis of normal modes
- Modeling different types of masses
- Dynamic analysis
- Controlling transient analysis
- Analyzing motion of bases
- Analyzing frequency response
- Interpreting results of analysis
Skill Level Intermediate
SOLIDWORKS: Simulation for Finite Element Analysiswith Tony Abbey2h 29m Intermediate
SOLIDWORKS: Shell and Beam Modeling in FEAwith Tony Abbey1h 22m Intermediate
1. Normal Modes Analysis
2. Key Dynamic Analysis Concepts
3. Transient Analysis
4. Frequency Response (FR) Analysis
Next steps1m 8s
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