ADM701 - Complete Multibody Dynamics Analysis with Adams

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Length: 
6 Days
Pre-requisites : 
None
Topics: 

Objective:

  • Apply the basic Adams simulation process to realistically model multi-body dynamics problems
  • Build Adams models of moderate complexity
  • Understand Adams Product nomenclature to better design various motion models
  • Successfully employ the crawl-walk-run approach to virtual prototyping
  • Debug most common modelling challenges
  • Understand various ways of getting help and support to choose the most effective method to solve the problem.
  • Use Adams/View, Adams/Solver, Adams/Post Processor to build, simulate, review and refine virtual prototypes of mechanical systems

Topics: 

Day 1 -

  • Introduction
  • Adams/View Interface Overview
  • Adams/Post-Processor Interface overview
  • Parts and Coordinate Systems
Day 2 – 
 
  • Initial Conditions and Point Trace
  • Constraints
  • Rotation and Friction
  • Simulations
  • Forces and Splines
  • Bushings
  • Impact and Velocity Functions Step Functions and Simulation scripts
  • Geometry and Precise Positioning 
  • Joint Motion and Functions
Day 3 – 
 
  • Joint  Primitives
  • Point Motions and System-Level Deisgn
  • Measurements,Displacement Functions , and CAD Geometry
  • Add-On Constraints,Couplers , and Assembling Models
Day 4 – 
 
  • Simulations
  • Forces and Splines
  • Bushings
  • Impact  and Velocity functions
  • Step Functions and Simulation Scripts
Day 5 – 
 
  • Adams/Solver
  • Sensors and Design Variables
  • Multi-Components Forces and Design Studies
Day 6 – 
 
  • FE_Part: Geometric Nonlinearity
  • Recommended Practises

For any questions or queries, you can write in to MI-MSC-Training.In@hexagon.com