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SOLIDWORKS Simulation Premium: Dynamics

The SOLIDWORKS Simulation Premium: Dynamics course is specifically designed for users who aim to become proficient in analyzing structures subjected to various types of dynamic loading. This course covers a comprehensive range of topics, including time-dependent analysis (with force loads as well as motion shock loading examples), harmonic analysis, random vibration analysis (including a MIL-STD-810F example), response spectrum analysis, and an introduction to nonlinear dynamics simulation.

Course Duration

Format

Online (Live, Instructor-Led)

Prerequisites

Course Duration

2 Days (7 hours/day)

Format

In-Person

Prerequisites

SOLIDWORKS Simulation Essentials Course
– Working basic knowledge of finite elements
– Knowledge of basic mechanical principles
– Knowledge of basic principles in Vibrations is strongly recommended, but not required.

Skills Learned

  • Time-Dependent Analysis: Understand how to apply and analyze force loads and motion shock loading on structures over time.
  • Harmonic Analysis: Learn to predict the behavior of structures under harmonic loads, identifying resonant frequencies and potential failure points.
  • Random Vibration Analysis: Gain insights into how structures respond to random vibrations, using standards like MIL-STD-810F as a guide.
  • Response Spectrum Analysis: Analyze the response of structures to a spectrum of frequencies, typically used in seismic analysis.
  • Introduction to Nonlinear Dynamics Simulation: Begin exploring the complex world of nonlinear dynamics, where responses do not directly correlate to the applied loads.

Course Examples

SOLIDWORKS Simulation Premium: Dynamics Course Syllabus

Lesson 1: Vibration of a Pipe

  • Static Analysis
  • Frequency Analysis
  • Dynamic Analysis (Slow Force)
    • Linear Dynamic Analysis
  • Dynamic Analysis (Fast Force)
  • Exercise 1: Vibration of Cantilever Beam

Lesson 2: Transient Shock Analysis According to MILS-STD-810H

  • Run Frequency
    • Mass Participation Factor
    • Mass Participation in Shells
    • Frequency Discussion
    • Damping
    • Viscous Damping
    • Time Step
  • Exercise 2: Remote Mass Electronics Enclosure
  • Exercise 3: Transient Analysis of Alternator Bracket
    • Maximum Number of Time Increments
  • Exercise 4: Remote Mass

Lesson 3: Harmonic Analysis of a Bracket

  • Harmonic Analysis Basics
  • Single DOF Oscillator
  • Harmonic Analysis of a Bracket
    • Phase Angle
    • Harmonic Study Properties
  • Exercise 5: Harmonic Analysis of Alternator Bracket
  • Exercise 6: Phase Angle Effects

Lesson 4: Response Spectrum Analysis

  • Response Spectrum Analysis
    • Response Spectrum
    • Response Spectrum Analysis Procedure
    • Response Spectrum Input
    • Mode Combination Method

Lesson 5: Random Vibration Analysis According to MIL-STD-810G

  • Random Vibration Analysis
    • Distributed Mass
    • Power Spectral Density Function
    • Overall Level of Acceleration PSD
    • Decibels
    • Random Study Properties
    • Advanced Options
    • RMS Results
    • PSD Results
  • Exercise 7: Random Vibration Analysis of an Electronics Enclosure
  • Exercise 8: Circuit Board Fatigue Estimates
  • Exercise 9: Random Vibration Analysis of a Starter Motor

Lesson 6: Random Vibration Fatigue

  • Random Vibration Fatigue
    • Material Properties, S-N Curve
    • Random Vibration Fatigue Options
  • Exercise 10: Random Vibration Fatigue of a Cantilever Beam

Lesson 7: Nonlinear Dynamic Analysis of an Electronic Enclosure

  • Linear Dynamic Analysis
  • Nonlinear Dynamic Analysis
    • Linear vs. Nonlinear Dynamic Analysis
    • Rayleigh Damping
    • Time Integration Methods
    • Modified Central Difference
    • Newmark and Wilson Methods
    • Iterative Methods

Upcoming Dates For This Course

NO UPCOMING SESSIONS

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