Modular Model Run Management

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9:00 AM - META Basics
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9:00 AM - META for CFD
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10 May
May 10, 2022 - May 11, 2022    
9:00 am - 4:00 pm
12 May
May 12, 2022    
9:00 am - 4:00 pm
17 May
May 17, 2022 - May 18, 2022    
9:00 am - 4:00 pm
19 May
May 19, 2022    
9:00 am - 4:00 pm
24 May
May 24, 2022 - May 25, 2022    
9:00 am - 4:00 pm
26 May
May 26, 2022    
9:00 am - 4:00 pm
31 May
May 31, 2022 - Jun 2, 2022    
9:00 am - 4:00 pm
Events on May 10, 2022
10 May
10 May 22
Farmington Hills
Events on May 11, 2022
10 May
10 May 22
Farmington Hills
Events on May 12, 2022
12 May
12 May 22
Farmington Hills
Events on May 17, 2022
17 May
17 May 22
Farmington Hills
Events on May 18, 2022
17 May
17 May 22
Farmington Hills
Events on May 19, 2022
19 May
19 May 22
Farmington Hills
Events on May 24, 2022
24 May
24 May 22
Farmington Hills
Events on May 25, 2022
24 May
24 May 22
Farmington Hills
Events on May 26, 2022
26 May
26 May 22
Farmington Hills
Events on May 27, 2022
27 May
27 May 22
Farmington Hills
Events on May 31, 2022
31 May
31 May 22
Farmington Hills
Events on Jun 1, 2022
31 May
31 May 22
Farmington Hills
Events on Jun 2, 2022
31 May
31 May 22
Farmington Hills

Date/Time
Jun 1, 2021 - Jun 3, 2021
9:00 am - 4:00 pm

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

Fee: $1500

  • Prerequisites:
    • Must have a basic knowledge of Finite Elements
    • Prior use of basic ANSA functionality is required
  • Day 1
    • Introduction to Data Management
      • What is a Data Management system
      • Types of data handled in ANSA DM
      • Metadata
    • Model Browser
      • Types of parts
      • Attributes
      • Merging parts
      • Part contents and part relations
      • Part positioning
      • Subsystems
    • Data Management
      • Parts in DM
      • Subsystems in DM
      • DM Browser
    • Use case 1: From CAD to Subsystem
      • Translation of CAD files
      • Creation of meshed representations
      • Assembly of parts
      • Marking of interfaces
      • Management of ID's
  • Day 2
    • Use case 2: Create subsystem for existing includes
      • Subsystems from includes
      • Subsystem: in depth description
      • Contents of subsystem
      • Migration tool
    • Exercise: From CAD to Subsystem
      • Product Tree Editor description
    • Simulation Model Creation
      • From scratch
      • From simulation configuration table
      • Handling of Simulation Model and Subsystem variants
      • Adapting attributes
      • Management of ID's
    • Save Simulation Model in DM
      • Different save options
      • View in DM Browser
      • Output options
      • Definition file
    • Assembly of Subsystems
      • Smart assembly concept
      • Handling of sets
    • Exercise: Assemble a simulation model using Smart Assembly
      • Creation of connector entities
  • Day 3
    • From includes to Model Browser
      • Migration tool
      • Structure of a simulation run
    • Save Simulation Run in DM
      • Different save options
      • View in DM Browser
      • Output options
      • Definition file
    • Library items
      • Definition
      • Creating Rich Library Items (RLI's)
      • Saving library items in DM
      • Importing library items in DM
    • Loadcase
      • Build load-case using library files
      • Characteristic cases of adaptation
    • Create simulation iterations
      • Next iteration
    • Simulation configuration table
      • Creation and use
    • Handling of results
      • View in DM Browser
      • Save results through META session
      • Save reults through python
    • Exercise: Create a simulation run and save it in DM
    • Exercise: Store results using META