Table of Contents
Chapter 1. Introduction to CFD
1. Colorful Dynamics or Computational Fluid Dynamics?
2. Clearing Misconceptions about CFD
5. Turbulence Should Not Be Taken for Granted
Chapter 2. Introduction to High-Performance Computing
3. Top Five Supercomputers of the World
4. Some Basic but Important Terminology Used in HPC
Chapter 3. The Way the HPC Works in CFD
2. Oldest Form of Parallel Computing
3. High-Performance Computing Solver Platform
6. Treatment of CFD Algorithms for Parallel Processing
7. Solving Partial Differential Equations
8. Modern Methods of Mesh Partitioning
Chapter 4. High Reynolds Number Flows
2. Direct Numerical Simulation
Chapter 5. Cluster Classification
Chapter 6. HPC Benchmarks for CFD
1. How Big Should the Problem Be?
2. Maximum capacity of the critical components of a cluster
3. Commercial Software Benchmarks
5. Case Studies of Some Renowned Clusters
Chapter 7. Networking and Remote Access
1. Transmission Control Protocol/Internet Protocol
4. Running ANSYS FLUENT in an WinHPC Environment
Chapter 8. Graphics Processing Unit Technology
1. Introduction to Graphics Processing Unit
4. Compute Unified Device Architecture