Author
Tony Abbey
Released
6/18/2018- 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
Duration
Views
- [Tony] Hi, my name is Tony Abbey, and I've been doing FEA for many years now. During that time, I've worked with dynamic analysis on many FEA projects in industry. This course shows you the background needed to carry out accurate and effective dynamic analysis. I use a building block approach, introducing concepts and then consolidating with hands-on SolidWorks simulation exercises. I want you to develop a good understanding of dynamics and be able to implement this using SolidWorks, so sit back and enjoy the course.
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Introduction
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Welcome35s
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1. Normal Modes Analysis
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Background to dynamics2m 24s
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A basic example: Post-processing12m 25s
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Use distributed mass6m 50s
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Use lumped mass9m 7s
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Rigid body modes7m 21s
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Pre-stiffened normal modes2m 12s
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Pre-stiffened blade7m 1s
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2. Key Dynamic Analysis Concepts
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What is damping?5m 12s
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Damping example4m 21s
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Modal and direct methods8m 10s
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3. Transient Analysis
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Transient analysis example11m 9s
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Control transient analysis4m 35s
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Base motion example7m 42s
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4. Frequency Response (FR) Analysis
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Background to FR analysis6m 45s
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FR analysis example10m 24s
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Base motion example in FR10m 23s
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Conclusion
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Next steps1m 8s
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Video: Welcome