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9:00 AM - ANSA for Morphing & Optimization
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9:00 AM - ANSA for Modeling
9:00 AM - µETA Basics
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9:00 AM - ANSA for CFD
9:00 AM - µETA for CFD
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9:00 AM - ANSA for NVH
9:00 AM - µETA for NVH
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8:00 AM - ICEM Surf Fundamentals
8:00 AM - ICEM Surf Fundamentals
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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
- Introduction to Data Management
- 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
- Use case 2: Create subsystem for existing includes
- 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
- From includes to Model Browser