ansys fluent 2021用户手册

【实例简介】ansys fluent自带的官方使用手册

【实例截图】

【核心代码】

ANSYS Fluent User's Guide
Table of Contents
Part I: Getting Started
Chapter 1: Introduction to ANSYS Fluent
Chapter 2: Basic Steps for CFD Analysis using ANSYS Fluent
Chapter 3: Guide to a Successful Simulation Using ANSYS Fluent
Chapter 4: Starting and Executing ANSYS Fluent
Glossary of Terms
Part II: Meshing Mode
Chapter 1: Introduction to Meshing Mode in Fluent
Chapter 2: Starting Fluent in Meshing Mode
Chapter 3: Graphical User Interface
Chapter 4: Text User Interface
Chapter 5: Reading and Writing Files
Chapter 6: Working With Fluent Guided Workflows
Chapter 7: CAD Assemblies
Chapter 8: Size Functions and Scoped Sizing
Chapter 9: Objects and Material Points
Chapter 10: Object-Based Surface Meshing
Chapter 11: Object-Based Volume Meshing
Chapter 12: Manipulating the Boundary Mesh
Chapter 13: Wrapping Objects
Chapter 14: Creating a Mesh
Chapter 15: Generating Prisms
Chapter 16: Generating Tetrahedral Meshes
Chapter 17: Generating the Hexcore Mesh
Chapter 18: Generating Polyhedral Meshes
Chapter 19: Generating Poly-Hexcore Meshes
Chapter 20: Generating the CutCell Mesh
Chapter 21: Generating Rapid Octree Meshes
Chapter 22: Improving the Mesh
Chapter 23: Examining the Mesh
Chapter 24: Determining Mesh Statistics and Quality
Appendix A. Importing Boundary and Volume Meshes
Appendix B. Mesh File Format
Appendix C. Shortcut Keys
Bibliography
Part III: Solution Mode
Using This Manual
Chapter 1: Graphical User Interface (GUI)
Chapter 2: Text User Interface (TUI)
Chapter 3: Reading and Writing Files
Chapter 4: Unit Systems
Chapter 5: Fluent Expressions Language
Chapter 6: Reading and Manipulating Meshes
Chapter 7: Cell Zone and Boundary Conditions
Chapter 8: Physical Properties
Chapter 9: Modeling Basic Fluid Flow
Chapter 10: Modeling Flows with Moving Reference Frames
Chapter 11: Modeling Flows Using Sliding and Dynamic Meshes
Chapter 12: Modeling Turbomachinery Flows
Chapter 13: Modeling Turbulence
Chapter 14: Modeling Thermal Energy
Chapter 15: Modeling Species Transport and Finite-Rate Chemistry
Chapter 16: Modeling Non-Premixed Combustion
Chapter 17: Modeling Premixed Combustion
Chapter 18: Modeling Partially Premixed Combustion
Chapter 19: Modeling a Composition PDF Transport Problem
Chapter 20: Using Chemistry Acceleration
Chapter 21: Modeling Engine Ignition
Chapter 22: Modeling Pollutant Formation
Chapter 23: Predicting Aerodynamically Generated Noise
Chapter 24: Modeling Discrete Phase
Chapter 25: Modeling Macroscopic Particles
Chapter 26: Modeling Multiphase Flows
Chapter 27: Modeling Solidification and Melting
Chapter 28: Modeling Fluid-Structure Interaction (FSI) Within Fluent
Chapter 29: Modeling Eulerian Wall Films
Chapter 30: Modeling Electric Potential Field and Lithium-ion Battery
Chapter 31: Modeling Batteries
Chapter 32: Modeling Fuel Cells
Chapter 33: Modeling Magnetohydrodynamics
Chapter 34: Modeling Continuous Fibers
Chapter 35: Creating Reduced Order Models (ROMs)
Chapter 36: Using the Solver
Chapter 37: Adapting the Mesh
Chapter 38: Creating Surfaces and Cell Registers for Displaying and Reporting Data
Chapter 39: Displaying Graphics
Chapter 40: Reporting Alphanumeric Data
Chapter 41: Field Function Definitions
Chapter 42: Parallel Processing
Chapter 43: Using Simulation Reports
Chapter 44: Design Analysis and Optimization
Chapter 45: Performing System Coupling Simulations Using Fluent
Chapter 46: Customizing Fluent
Chapter 47: Task Page Reference Guide
Chapter 48: Ribbon Reference Guide
Appendix A. ANSYS Fluent Model Compatibility
Appendix B. ANSYS Fluent File Formats
Appendix C. Controlling CHEMKIN-CFD Solver Parameters Using Text Commands
Appendix D. Nomenclature
Bibliography
Part IV: Application Clients
Chapter 1: Remote Visualization and Accessing Fluent Remotely
Chapter 2: Fluent Icing