Fluid-Structure Interaction (FSI) Using ANSYS

Join us for an intensive two-day workshop on Fluid-Structure Interaction (FSI), a critical multiphysics simulation technique used to understand how fluids and structures interact under real-world operating conditions. FSI plays a vital role in numerous engineering applications where fluid flow exerts pressure and thermal loads on structures, resulting in deformation that can, in turn, influence the fluid flow itself. As products become more advanced and performance demands continue to increase, understanding the coupled behavior between fluids and structures is essential for ensuring safety, reliability, durability, and optimal performance. Through the power of ANSYS simulation, engineers can accurately predict and analyze these interactions, helping organizations minimize risks, improve product quality, and accelerate innovation. This hands-on workshop will provide participants with practical exposure to FSI methodologies, simulation workflows, and industry best practices. Attendees will gain valuable insights into solving complex engineering challenges involving structural deformation, fluid dynamics, thermal effects, and multiphysics coupling using ANSYS solutions. Agenda Highlights Introduction to Fluid-Structure Interaction (FSI) Fundamentals of Multiphysics Simulation Understanding Fluid and Structural Coupling Mechanisms Pressure-Induced and Thermal Load Effects on Structures FSI Workflow in ANSYS Structural Deformation and Flow Behavior Analysis Case Studies and Industrial Applications Best Practices for Accurate FSI Simulations Hands-on Demonstrations and Practical Exercises Interactive Q&A and Technical Discussions