Joins us for an ANSYS Webinar

FSI Using Arbitrary Lagrangian & Eulerian Solvers

September 2, 2020

11:30 AM IST

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Venue:
Online

Contact:

The Arbitrary Lagrange Euler (ALE) solver in Ansys LS-DYNA helps you to understand various fluid–structure interaction (FSI) problems like hydroplaning; airbag and fuel tank sloshing for the automotive industry; bird strike; water landing and Mars landing parachutes for the aerospace industry; shape charge; penetration; helmet impact and armor design for defense; underwater explosions; ship–wave interaction for the naval industry; and biomedical industry applications.

Learn about the ALE solver and its applications in these industries, as well as how to set up and solve FSI problems in LS-DYNA.

ALE

ale-eulerian-solvers

Who Should Attend

  • Heads of product development teams
  • CAE engineers and managers
  • Design engineers and managers
  • CAE users from all the industries who would like to, or are working on multiphysics simulations

Speaker Bio

neetu-jha

Neetu Jha is a technical support engineer with over eleven years of professional experience at Ansys. She has experience with structural dynamics and explicit applications. She has done significant work in the field of explicit applications like blast, ballistic impact and hypersonic projectiles. Neetu has been working closely with various industry teams at Ansys and carries a rich experience of solving engineering problems for defense, automotive, power, aviation, electronics and healthcare industries. Neetu has a master’s in technology in aeronautical engineering from IIT Kharagpur.

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