Scientific Simulations, LLC
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NSU2D
NSU2D Solver
UMESH2D
NSU3D
Capabilities
Interfaces
Applications
Image Gallery
NSU3D FAQ
Documentation
>
Getting Started
>
Obtaining the Code
Building the Flow Solver
Enabling MPI Support
Enabling OpenMP Support
Enabling Hybrid MPI-OpenMP Support
Other Compile Time Options
Building the Utility Suite
Configuring the Host System
Problem Setup
>
Compatible Model Grids
Boundary Condition File
Component File
Solver Input File
Input File Parameters
Optional Parameters
Running NSU3D
>
Launching the Solver
Solver Output
Restart File Output and Control
Additional History and Log Info Files
Monitored Values in History Files
Source Code Configurable Defaults
Solver Restart Facility
Utility Code Reference
Solver FIle Formats
>
MCELL Format Description
Cell Type Definitions
Publications
Services
Contact
NSU2D Features
Two-dimensional flow over complex geometries
High speed, compressible flow including shock waves
Viscous solution with proven Spalart-Almaras one equation turbulence model
Multi-grid for convergence acceleration
Fully threaded for fast execution on multi-core hardware
Home
NSU2D
NSU2D Solver
UMESH2D
NSU3D
Capabilities
Interfaces
Applications
Image Gallery
NSU3D FAQ
Documentation
>
Getting Started
>
Obtaining the Code
Building the Flow Solver
Enabling MPI Support
Enabling OpenMP Support
Enabling Hybrid MPI-OpenMP Support
Other Compile Time Options
Building the Utility Suite
Configuring the Host System
Problem Setup
>
Compatible Model Grids
Boundary Condition File
Component File
Solver Input File
Input File Parameters
Optional Parameters
Running NSU3D
>
Launching the Solver
Solver Output
Restart File Output and Control
Additional History and Log Info Files
Monitored Values in History Files
Source Code Configurable Defaults
Solver Restart Facility
Utility Code Reference
Solver FIle Formats
>
MCELL Format Description
Cell Type Definitions
Publications
Services
Contact