ANSYS Mechanical Linear and Nonlinear Dynamics - (Also available as Self-paced Learning)

Topics Covered :

• Introduction to Dynamic Analysis
• Damping Background
• Damping Matrices
• Modal Analysis Background
• Undamped Modal Analysis
• Damped Modal Analysis
• Linear Perturbation Analysis
• Modal Analysis Based on Linear Perturbation
• Harmonic Analysis Background
• Full Harmonic Analysis
• Mode-Superposition Harmonic Analysis
• Harmonic Analysis Based on Linear Perturbation
• Response Spectrum Analysis Background
• Single-Point Response Spectrum Analysis
• Multi-Point Response Spectrum Analysis
• Random Vibration Analysis Background
• Random Vibration Analysis Procedures
• Transient Analysis Background
• Full Transient Analysis
• Mode-Superposition Transient Analysis
• Mode-Superposition Transient Analysis with Pre-Stress

Agenda :

This is a 2 day classroom course covering both lectures and workshops. For virtual training, this course is covered over 4 x 2 hour sessions, lectures only.

• Live Classroom Day 1
• Module 01: Introduction
• Workshop 01.1:Flywheel
• Module 02: Damping
• Workshop 02.1: SDOF Oscillators
• Module 03: Modal Analysis

• Workshop 03.1: Plate with Hole

• Workshop 03.2: Bladed Disk

• Workshop 03.3: Valve Body

• Module 04: Modal Cyclic Symmetry Analysis

• Workshop 04.1: Bevel Gear

• Module 05: Linear Perturbation Analysis

• Workshop 05.1: Perturbation of Two Beams

• Live Classroom Day 2
  

• Module 06: Harmonic Analysis

• Workshop 06.1: Fixed-Fixed Beam

• Workshop 06.2: Gearbox

• Module 07: Response Spectrum Analysis

• Workshop 07.1: Suspension Bridge
  

• Module 08: Random Vibration Analysis
  

• Workshop 08.1: Girder Assembly
  

• Workshop 08.2: Tensile Specimen
  

• Module 09: Transient Analysis
  

• Workshop 09.1: Caster Wheel
  

• Workshop 09.2: Gantry Crane
  

• Workshop 09.3: Wire Bonder