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M-Star CFD documentation

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Getting Started

Introduction
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- Modeling Your First Process
Installation
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- System Requirements
- Hardware Guide
- Platform Diagnostics
- Windows
- Linux (Single Node)
- Linux (Multi Node)
- AWS
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- Azure
- Google Cloud
- Containers
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  - Singularity
  - M-Star CFD Docker Container
- Python Install
- FFmpeg Linux Install
- Remote Visualization (NICE DCV)
- Windows Python Setup Guide
- Troubleshooting M-Star Pre/Post start up
Licensing
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Tutorials
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How-To Guides
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Knowledge Base
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- Warnings and Errors
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  - “No Fluid” Related Errors
- M-Star Pre or Post does not start up on AWS on a Windows instance
- CUDA-aware MPI
- NVRTC compilation error (Linux)
- Understanding GPU peer access
- Solver start up delay

M-Star Pre

Overview
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- Menu
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  - CAD Assembly Explorer
  - Preferences
- Toolbar
- Context-Specific Toolbar
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- Navigation Icons
- Viewing Panel
- Log Window
- Program Information
- GUI Command Line Arguments
Model Tree
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- Simulation Parameters
- Fluid Configuration
- Main Lattice
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  - External Accelerations
Child Geometry
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- Parametric Geometry
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- Non-Parametric Geometry Catalog
Fluid
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Create
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- Create: Fundamentals
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  - Static Body
  - Moving Body
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    - Motion Type
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      - Motion Modifier Option
      - Driven Motion
  - Static Inlet Outlet
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    - Boundary Condition Types
  - Moving Inlet Outlet
- Create: Particles
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- Create: Lattice
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- Create: Scalar
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  - Scalar Field
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    - Static Inlet Outlet Boundary Conditions
  - Particle Scalar
  - Fluid Reaction
  - Static Body Reaction
  - Particle Reaction
- Create: Variables
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- Create: Runtime
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- Create: Thermal
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- Create: Output
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- Create: Analysis
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Output
Check
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Solve
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UDFs and Tables
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M-Star Solve

Running the Solver
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Workflow and Integration
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M-Star Post

Post Processing
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- M-Star Post Overview
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- Output Aggregator
- Output Manager
Scaling Performance

M-Star API

Python Pre API
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- Examples
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- Installation
- Module functions
- Model
- Components
- Properties
- Mesh Settings
- Output
- Foundation Classes
- Initial State

More Resources

Validation / Literature
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- Flow in the Trailing Vortex of an Impeller
Theory
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Architecture Technical Overview
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Webinars
References

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Selecting Surfaces for Boundary Conditions¶

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