Simcenter 3D
Motion Fundamentals

Course Code
ILT017004
Software
Simcenter 3D 2020.2
User Level
Beginner to Intermediate
Pricing ID
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List Price
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Live In-Person Duration
3 Days
Live Online Duration
4 hours each day for 5 Days

Simcenter 3D Motion is a CAE software application you can use to animate and analyze both kinematic and dynamic motion mechanisms in terms of critical design positions, forces, velocities, and accelerations. Upon successful completion of this course, students will understand how to apply and edit motion simulations, and use motion simulations to analyze, troubleshoot, and optimize a mechanism design.

This open course takes place in our training Center in Stuttgart (3 days, the whole day) or as online training (4 days, in the mornings).What kind is offered can be found at the ClassFinder under "Location". 

It can be paid with 9 "Simcenter Training Credits" [TR-SCS-TOK] (each attendee) or 1800 "Learning Services Credits" [DE-LS-CDTS]. 

WHO SHOULD ATTEND

Analysts, engineers, and designers who want to animate and analyze an assembly of moving parts.

PREREQUISITES

Required courses:

Other recommended courses:

Basic understanding of parametric/explicit modeling.

Note:  

To attend the Live! Online Version of this course you should have access to a Internet connection with the minimum speed of  16Mbit/s (recommended 50Mbit/s or faster). 

It is also recommend while attending this training to turn off your phone and  other sources of interference, to use a second display and fitting headset. 

 

PROVIDED COURSE MATERIALS
  • Student Guide
  • Activity Material
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For more information
Learning Services, Germany

PRIMARY COURSE TOPICS

  • Using the basic capabilities of Simcenter 3D Motion
  • Performing kinematic, dynamic analysis of Motion models
  • Preparing models that can be used in Motion
  • Creating motion bodies, joints, specialized constraints, and motion drivers
  • Defining a mechanism with springs, dampers, bushings
  • Using various data tools to work with Motion models
  • Adding loads to a Motion model
  • Defining analytical contact and 3D contact for a Motion model
  • Defining Motion solution options
  • Displaying Motion results
  • Using submechanisms to define a mechanism