Software
LS-DYNA
Features
WinSuite
Optimization
LS-OPT
LS-TaSC
Diffcrash
Pre-Postprocessing
LS-PrePost
DYNAmore ECO SYSTEM
Primer
Ansys Forming
Models
LSTC Barrier Models
LSTC Models Overview
Pedestrian Model
Human Body Model
USSID
Material Models
Material Cards
Material Selector
Other Models
Knowledge
Knowledge Base
Training
Ansys Learning Hub
Ansys Innovation Courses
Student Page
Downloads
Conference Papers
Manuals
Release Notes
Presentations
Case Studies
Aerospace Working Group
Support
Contact Us
LS-DYNA support
LS-OPT Support
Dummy Models
Rear Dummy Models
Home
»
Models
»
Rear Dummy Models
Adv. FEM / Meshfree Methods
EFG
Peridynamics
ALE
Advection
Bird
Explosion
FSI
Intermediate Example
Misc
Pipe
Sloshing
Taylor Bar
Automotive
CESE / DUAL-CESE
Examples CESE
Examples DUAL-CESE
EM / Electromagnetics
General
Tutorial Eddy Currents
Basic Eddy current problem set up
General
Contact
Elements
General
Materials
ICFD / Incompressible CFD
Advanced Examples
Basics Examples
Beta Examples
Intermediate Examples
Implicit
Automotive Implicit Examples
Benchmark Examples (Salzburg 2017 )
Guideline Examples
FAQ
Menus
Other
Pages
Page D
Page1
Page2
Page3
Page4
Page5
Page6
Page7
Tutorials
Animated Demos
Extended Tutorials
Tutorial 1
Tutorial 10
Tutorial 11
Tutorial 12
Tutorial 13
Tutorial 14
Tutorial 15
Tutorial 16
Tutorial 17
Tutorial 2
Tutorial 3
Tutorial 4
Tutorial 5
Tutorial 6
Tutorial 7
Tutorial 8
Tutorial 9
Mini Tutorials
Other
Post-Processing
Pre-Processing
Metal Forming
NEW NVH / Fatigue
NVH Course Examples
NVH / Fatigue
Particle Methods
DEM
Intermediate Examples
Simple Examples
Examples Manual
Bolts
Bolt Type A
Bolt Type B
Bolt Type C
Bolt Type D
Constrained
Contact
Control
Load
Material
Misc
Rigidwall
Section
General
Intro by AI Tabiei
Contact
Elements
Misc
Tension
Intro by Jim Day
Adaptive
Contact
Elements
Joint
Misc
Intro by Jim Kennedy
Intro by John Reid
Intro by Klaus Weimar
Contact
Misc
Spotweld
Licensing & Installation
Process Simulation
Soil-Structure Interaction
Thermal
Heat Transfer
Radiation and Convection
Thermal Contact and heat flux
Thermal expansion
Thermal Stress
Thermal thick and thin shells
Welding
Rear Dummy Models
Rear Dummy Model: FAT BioRID 2
