The rapid evolution of simulation software, user expertise and cheap, fast computers has led many simulation experts to explore ways to introduce more realism into simulations and to simulate more complex physical interactions.

In order to meet this demand, SIMULIA provides a platform for coupling multiphysics applications as well as fully-integrated multiphysics solutions with Abaqus FEA that are targeted at specific applications in multiple industries.

The SIMULIA Multiphysics platform meets key customer requirements for an open approach to multiphysics within a multi-vendor environment and allows customers to use their incumbent tools, utilize their existing expertise, and develop Multiphysics simulation as a core competency.

Join us for a free one-hour webinar to learn how you can get closer to simulating real-world behavior using the latest capabilities from SIMULIA.

• Multiphysics capabilities are integrated as core Abaqus functionality which simplifies multiphysics simulation process
• Capabilities include: coupling acoustics, fluid, thermal and electric and more
• Extends range of problems that Abaqus FEA user can solve
• Eliminates need for additional simulation tools, interfaces, and methods

• Open, flexible platform to support coupled multiphysics applications
• Direct Coupling Interface allows users to couple SIMULIA products with each other, with partner products, or with customer-developed software codes
• Independent Code-Coupling allows customers the most flexibility in utilizing the best solution for their problem

• New fluid-structure capability based on an Eulerian- Lagrangian approach will be delivered in Abaqus Version 6.7 Extended Functionality
• Simultaneously determine the behavior of structures with simple fluids in a single model without the need to couple multiple codes and/or solvers
• Applications such as gas-flow inflated automotive airbags, tire hydroplaning, wave loading on offshore structures, cosmetic product dispensing, fuel tank sloshing, and high-velocity impact and penetration

Engineers and engineering managers interested in learning more about how multiphysics solutions can improve his product development process.