ANSA and META for NVH

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9:00 AM - META Basics
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07 Jul
Jul 7, 2020 - Jul 8, 2020    
9:00 am - 4:00 pm
09 Jul
Jul 9, 2020    
9:00 am - 4:00 pm
14 Jul
Jul 14, 2020 - Jul 15, 2020    
9:00 am - 4:00 pm
16 Jul
Jul 16, 2020    
9:00 am - 4:00 pm
21 Jul
Jul 21, 2020 - Jul 22, 2020    
9:00 am - 4:00 pm
23 Jul
Jul 23, 2020    
9:00 am - 4:00 pm
Events on Jul 7, 2020
07 Jul
7 Jul 20
Farmington Hills
Events on Jul 8, 2020
07 Jul
7 Jul 20
Farmington Hills
Events on Jul 9, 2020
09 Jul
9 Jul 20
Farmington Hills
Events on Jul 14, 2020
14 Jul
14 Jul 20
Farmington Hills
Events on Jul 15, 2020
14 Jul
14 Jul 20
Farmington Hills
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16 Jul
16 Jul 20
Farmington Hills
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21 Jul
21 Jul 20
Farmington Hills
Events on Jul 22, 2020
21 Jul
21 Jul 20
Farmington Hills
Events on Jul 23, 2020
23 Jul
23 Jul 20
Farmington Hills
Events on Jul 30, 2020
30 Jul
30 Jul 20
Farmington Hills
Events on Jul 31, 2020
31 Jul
31 Jul 20
Farmington Hills

Sorry, this training is no longer open for registration.

Date/Time
Jun 11, 2024 - Jun 12, 2024
9:00 am - 4:00 pm

Location
BETA CAE Systems USA Office
29800 Middlebelt Road Ste 100
Farmington Hills MI
United States

Fee: $1000

Prerequisites:

  • Must have a basic knowledge of Finite Elements.
  • No prior Preprocessing experience needed.

Day 1:

Morning Session 1

  • Normal modes analysis setup
    • Subsystem using Model Browser
    • Normal Mode Analysis setup using Load case Assistant
    • Model Checks
  • Solution using Epilysis
  • Meta Graphical Interface
    • Read Geometry /Results
    • Views , Drawing Styles, Entities, Focus on Entities

Afternoon Session 1

  • Postprocessing of Normal Mode Results
    • States List
    • Report Generation
    • Animate mode in multiple windows & Save
    • Fringebar
    • Queries on entities
    • Annotate
    • Session file
    • Overlay
    • Display Themes/Style
    • Create a template
  • Data transformation
  • Modal Assurance Criterion (MAC)
  • Useful files and directories
  • META_post.defaults

Day 2:

Morning Session 1

  • Vehicle Vibration and Vibroacoustic Analysis: Introduction
  • Acoustic Cavity
  • FS Coupling
  • Panel Creation

Morning Session 2

  • Structural vibration analysis setup – Loadcase Assistant
  • Vibroacoustic analysis setup
  • Post Processing
    • Read frequency response results
    • 3d
    • 2d

Afternoon Session 1

  • FRF correlation
  • Modal based frequency response analysis (Modal Response)
    • Frequency Response
    • Transient Response.
    • mode participations
    • TFs extraction
  • FRF Assembly Tool

Afternoon Session 2

  • TPA toolbar
  • Equivalent Radiated Power
  • Grid/panel participations root cause
  • Modal model builder
  • Random Response Tool