Explore the capabilities of LS-DYNA and understand how it is capable of simulating complex real world problems.
Details
It is mainly used in automobile, aerospace, construction, military, manufacturing, and bioengineering industries such as impact and crash related problems in automotive industries, Not only that it is also used for blade containment, bird strike, metal forming, fluid splashing, metal cutting, blast and biomechanics in other industries.
In a given simulation, many features of LS-DYNA can be combined to model a wide variety of physical events. The addition of an add-on tool like ANSYS LS-PrePost, ANSYS LS-OPT and ANSYS LS-TaSC helps in optimization of large nonlinear problems involving dynamic loads and contact conditions.
Agenda
- ANSYS LS-DYNA Overview
- Strength of Explicit Dynamics
- Industries - Applications
- Introduction to Explicit Dynamics
- ANSYS LS-DYNA
- LS-DYNA Solvers
- LS-DYNA Supporting Tool
- ANSYS LS-DYNA Workbench
- Summary
Target Group
- R & D Engineers
- Scientists
- Design Engineers
- Product Managers
- Product Development Engineers
Benefits
- Understanding of Explicit simulations.
- Understanding of LS-DYNA Capability.
- Understanding of ANSYS LS-DYNA.
- General overview of Multiphysics solver.