Numerical Study of Fluid Solid Interaction in 2D and 3D Geometries: Application of OpenFOAM Technology in Two and Three Dimensional Benchmarking Model Problems

Are you looking to further your understanding of Fluid Structure Interaction (FSI) in 2D and 3D geometries? Look no further! Our groundbreaking book, "Numerical Study of Fluid Solid Interaction in 2D and 3D Geometries: Application of OpenFOAM Technology in Two and Three Dimensional Benchmarking Model Problems", has all the answers you need. By utilizing the power of OpenFOAM and foam-extend software, we have created a comprehensive study of FSI that will revolutionize your approach to engineering challenges.

One of the key focuses of our book is the vortex-induced vibration phenomenon of flow past a circular cylinder. Through the implementation of the PIMPLE algorithm for pressure-velocity coupling, we have discovered crucial insights into the changes of drag and lift coefficient values. Additionally, our study includes the flow past a free oscillatory cylinder, analyzing the behavior of the spring-mass-damper system. This unprecedented research gives you a deep understanding of fluid dynamics and its interaction with solid structures.

When it comes to simulation, our book surpasses all others. We have applied a partitioned solution method for a strongly coupled solver, allowing for independent fluid and solid meshes during transient simulation. By using the finite volume method in space and time to discretize the fluid and solid domains, we achieve unparalleled accuracy and convergence.

But our research doesn't stop there. Our CFD simulations have also highlighted the importance of turbulence modeling and mesh refinement in capturing the generation and release of vortices, even in laminar flows. With these extensive findings, we demonstrate the accuracy, convergence, and stability of the FSI models presented in our book.

Ready to take your engineering knowledge to the next level? Grab your copy of "Numerical Study of Fluid Solid Interaction in 2D and 3D Geometries" today and embark on a journey of discovery. Learn more here.