FSI
Multiphysics Simulation: Fluid-Structure Interaction (FSI)
What Is FSI
What is FSI Analysis?
FSI is an advanced simulation technique that simultaneously accounts for the interaction between fluid loads and structural deformation. By reflecting the continuous feedback loop between fluids and structures, it delivers high-fidelity results that closely replicate real-world environments.
Fluid Loads & Structural Deformation
Analyzing behaviors where changes in fluid pressure and velocity induce structural deformation.
Mutual Fluid-Structure Feedback
Capturing the complex interaction where a deformed structure, in turn, alters the surrounding fluid flow.
Why Single Physics Is Not Enough
The Limitations of Single-Physics Analysis
CFD alone cannot account for structural deformation, and structural analysis alone cannot reflect the impact of fluid changes.
Single-physics simulations often fall short in explaining the multifaceted interactions of real-world conditions.
Beyond Single Physics
CFD + Mechanical + FSI
Precision FSI Implementation via Co-simulation
CFD–Mechanical Coupled FSI
This comprehensive approach enhances the reliability of design validation throughout the product development lifecycle.
By providing actionable insights for informed decision-making, we empower our clients to minimize development risks and realize high-performance products with superior quality.
Consulting Case
FSI Reflecting Real-World Conditions
MHS predicts the intricate interactions between fluids and structures with precision by reflecting actual operational environments.
Leveraging our extensive experience in multiphysics co-simulation, we provide realistic results that build absolute confidence in your engineering designs.
