Simcenter Radioss
Fluid Structural Interaction with Simcenter Radioss
Course Code
ILT110050
Software
Simcenter Radioss 2022.1
Language
English
User Level
Intermediate
Pricing ID
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List Price
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Live In-Person Duration
1 Day
Live Online Duration
2 hours each day for 4 Days
This live training focuses on advanced fluid-structure interaction (FSI) modeling using ALE (Arbitrary Lagrangian-Eulerian) and SPH (Smoothed Particle Hydrodynamics) techniques. Users will explore simulation workflows for highly dynamic events such as drop tests of filled containers, tank sloshing, aircraft ditching, bird strike, shock absorbers with viscous effects, and blast/explosion scenarios.
WHO SHOULD ATTEND
This course is designed for experienced Simcenter Radioss users who wish to learn more about fluid-structure interaction applications.
PREREQUISITES
PROVIDED COURSE MATERIALS
- Student Guide
- Activity Material
ATTENDANCE REQUIREMENTS
- A basic knowledge of finite element analysis, Simcenter Hypermesh and Simcenter Radioss
- A computer with internet access and the installation of the latest versions of Simcenter Radioss, Simcenter Hypermesh, Simcenter Hyperview, Simcenter Hypergraph
PRIMARY COURSE TOPICS
Day 1
- Simcenter Radioss FSI Introduction
- Fast Pre-Design Features
- Arbitrary Lagrange Euler Methods
Day 2
- Equations of State and Detonics
- Multi-material Laws and Solver
Day 3
- Coupling Methods
- Useful Features
- Result Analysis
Day 4
- Introduction to SPH, Property, Materials & Failure
- Boundary Conditions, Inlet, Outlet
- Contacts SPH Specific Post-Processing
- Solid to SPH Approach
The training agenda may be adjusted to better suit participant needs or reflect updated content. Changes may occur without prior notice.