Computational Algorithms for Reflective Boundary Conditions in SPH Fluid Dynamics Simulation
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Beschreibung
This book presents computational codes for the reflective boundary treatment technique used in the case studies presented in the book Reflective Boundary Conditions in SPH Fluid Dynamics Simulation by the same author. It provides basic computational programs that can be adapted by researchers and students for the simulation of other cases.
This work is intended for graduate and undergraduate students, researchers in different fields, software developers, and professionals in fields of engineering, physics, mathematics, and related sciences.
In addition, this book:
- Presents the FORTRAN codes for the cases in the book Reflective Boundary Conditions in SPH Fluid Dynamics Simulation
- Demonstrates application of physical and realistic boundary conditions in the continuum domain
- Provides basic computational programs that can be adapted for the simulation of other cases
This book presents computational codes for the reflective boundary treatment technique used in the case studies presented in the book Reflective Boundary Conditions in SPH Fluid Dynamics Simulation by the same author. It provides basic computational programs that can be adapted by researchers and students for the simulation of other cases.
This work is intended for graduate and undergraduate students, researchers in different fields, software developers, and professionals in fields of engineering, physics, mathematics, and related sciences.
Presents the FORTRAN codes for the cases in the book Reflective Boundary Conditions in SPH Fluid Dynamics Simulation Demonstrates application of physical and realistic boundary conditions in the continuum domain Provides basic computational programs that can be adapted for the simulation of other cases
Autor*in
Carlos Alberto Dutra Fraga Filho
Themen in »Computational Algorithms for Reflective Boundary Conditions in SPH Fluid Dynamics Simulation«
FORTRAN Codes Smoothed Particle Hydrodynamics Particle Methods Computational Fluid Dynamics Virtual Particles