Overview
Multiphysics Workflow Perspective: Attendees will walk away with an overview of S-ALE, ICFD methodologies fit together to create reliable, practical simulation workflows for defence applications.
High-Energy Impact and Blasts simulation: Participants will learn about Multiphysics simulations on how structures deform and fail under extreme mine and underwater blast scenario
Understanding of Fluid-Structure Interaction: Participants will get an understanding of how to couple structural parts with fluids to capture aerodynamic interactions during parachute deployment.
Skill to Evaluate water landing scenario: Participants will learn how to predict high-velocity impact forces and structural damage during critical water landing scenarios.
What Attendees Will Learn
- Ansys LS DYNA Multiphysics methodologies like S-ALE, ICFD for fluid-structure interaction (FSI) and wave propagation problems
- Prediction of extreme impact forces, material damage, and structural failure
- Evaluation of shockwaves, parachute deployment, and water landing physics
Who Should Attend
Person working on defence industry and working on or willing to apply computational modelling in their respective application
Date / Time:
September 17, 2026
11 AM IST
Venue: Virtual
- Cost:
No reviews available for this learning resource.
