Presents DD techniques for fluid flows and difficulties in computation of flows and algorithms to overcome them

Examines DD methods for fluid flows in various aerospace engineering, civil engineering, and coastal engineering

Maximizes reader understanding DD for simulation of emerging multiscale and multiphysics flow problems

Presents the multiblock method cohesively across computational science, aerospace engineering, and civil engineering Covers concepts and algorithms; discusses computational problems, technical approaches, and illustrative applications Highlights recent advances in the multiblock method for multiphysics ocean flows and in machine-learning-based coupling

Autorentext
Dr. Hansong Tang studies fluid mechanics, numerical method, and computational physics. His research covers algorithms and modeling of shock waves, non-Newtonian fluid flows, coastal ocean flows, etc. Dr. Tang has worked at Changsha Communication College, Beijing University of Aeronautics and Astronautics, Stevens Institute of Technology, Pacific Northwest National Laboratory/ Battelle, and Naval Research Laboratory. Currently, he is a professor in the Civil Engineering Department at City College of New York, CUNY.

Inhalt

Introduction.- Fundamentals of domain decomposition.- Conservation laws.- Compressible flows.- Incompressible flows.- Multiscale and multiphysics flow.- Bibliography.- Appendices: Codes for example computations.