@xcompact3d

Xcompact3d

High-order finite-difference suite of flow solvers on a Cartesian mesh
README.md

The Xcompact3d framework

The Xcompact3d framework is a Fortran code for developing high-order solvers for the Navier-Stokes equations in the incompressible and low Mach number (LMN) limits.

Repositories

The primary repository is Incompact3d, this is our new combined implementation including the original Incompact3d, Quasincompact3d (LMN) and Winc3d (wind farm) solvers. The original archived repostiories are also available.

A post-processing framework build in Python is included in Py4Incompact3d, this uses the same numerical methods as Incompact3d for performing consistent analyses.

There is a next generation solver for GPUs under development (x3d2) and also a simplified mini-app for experimental developments based on Xcompact3d called x3div.

Popular repositories Loading

  1. Incompact3d Incompact3dPublic

    Current CPU version of our solver for the Navier-Stokes equations

    Fortran 217 148

  2. x3d2 x3d2Public

    Next-Generation High-Fidelity CFD Solver

    Fortran 30 11

  3. Py4Incompact3D Py4Incompact3DPublic

    Python library for postprocessing data produced using Incompact3d

    Python 18 9

  4. Quasincompact3d Quasincompact3dPublic archive

    Old version of the solver for the compressible Navier-Stokes equations in the low Mach number limit (no longer actively developed, it is recommended to use the new version of Incompact3d)

    Fortran 7 4

  5. Old_Incompact3d Old_Incompact3dPublic archive

    Old version of our solver for the incompressible Navier-Stokes equations (no longer actively developed, please use the latest version of Incompact3d

    Fortran 4 2

  6. x3div x3divPublic

    Xcompact3d miniapp

    Fortran 4 6

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@xcompact3d

Xcompact3d

High-order finite-difference suite of flow solvers on a Cartesian mesh
README.md
The Xcompact3d framework
The Xcompact3d framework is a Fortran code for developing high-order solvers
for the Navier-Stokes equations in the incompressible and low Mach number (LMN)
limits.
Repositories
The primary repository is Incompact3d, this is our new combined implementation
including the original Incompact3d, Quasincompact3d (LMN) and Winc3d (wind farm) solvers.
The original archived repostiories are also available.
A post-processing framework build in Python is included in Py4Incompact3d, this
uses the same numerical methods as Incompact3d for performing consistent analyses.
There is a next generation solver for GPUs under development (x3d2) and also a simplified
mini-app for experimental developments based on Xcompact3d called x3div.

Popular repositories
Loading
  1. 
Incompact3d
Incompact3dPublic
    
Current CPU version of our solver for the Navier-Stokes equations

    Fortran
217

148

  2. 
x3d2
x3d2Public
    
Next-Generation High-Fidelity CFD Solver

    Fortran
30

11

  3. 
Py4Incompact3D
Py4Incompact3DPublic
    
Python library for postprocessing data produced using Incompact3d

    Python
18

9

  4. 
Quasincompact3d
Quasincompact3dPublic archive
    
Old version of the solver for the compressible Navier-Stokes equations in the low Mach number limit (no longer actively developed, it is recommended to use the new version of Incompact3d)

    Fortran
7

4

  5. 
Old_Incompact3d
Old_Incompact3dPublic archive
    
Old version of our solver for the incompressible Navier-Stokes equations (no longer actively developed, please use the latest version of Incompact3d

    Fortran
4

2

  6. 
x3div
x3divPublic
    
Xcompact3d miniapp

    Fortran
4

6


Repositories

Showing 10 of 12 repositories
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@xcompact3d

Xcompact3d

High-order finite-difference suite of flow solvers on a Cartesian mesh
README.md
The Xcompact3d framework
The Xcompact3d framework is a Fortran code for developing high-order solvers
for the Navier-Stokes equations in the incompressible and low Mach number (LMN)
limits.
Repositories
The primary repository is Incompact3d, this is our new combined implementation
including the original Incompact3d, Quasincompact3d (LMN) and Winc3d (wind farm) solvers.
The original archived repostiories are also available.
A post-processing framework build in Python is included in Py4Incompact3d, this
uses the same numerical methods as Incompact3d for performing consistent analyses.
There is a next generation solver for GPUs under development (x3d2) and also a simplified
mini-app for experimental developments based on Xcompact3d called x3div.

Popular repositories
Loading
  1. 
Incompact3d
Incompact3dPublic
    
Current CPU version of our solver for the Navier-Stokes equations

    Fortran
217

148

  2. 
x3d2
x3d2Public
    
Next-Generation High-Fidelity CFD Solver

    Fortran
30

11

  3. 
Py4Incompact3D
Py4Incompact3DPublic
    
Python library for postprocessing data produced using Incompact3d

    Python
18

9

  4. 
Quasincompact3d
Quasincompact3dPublic archive
    
Old version of the solver for the compressible Navier-Stokes equations in the low Mach number limit (no longer actively developed, it is recommended to use the new version of Incompact3d)

    Fortran
7

4

  5. 
Old_Incompact3d
Old_Incompact3dPublic archive
    
Old version of our solver for the incompressible Navier-Stokes equations (no longer actively developed, please use the latest version of Incompact3d

    Fortran
4

2

  6. 
x3div
x3divPublic
    
Xcompact3d miniapp

    Fortran
4

6


Repositories

Showing 10 of 12 repositories
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@xcompact3d

Xcompact3d

High-order finite-difference suite of flow solvers on a Cartesian mesh
README.md
The Xcompact3d framework
The Xcompact3d framework is a Fortran code for developing high-order solvers
for the Navier-Stokes equations in the incompressible and low Mach number (LMN)
limits.
Repositories
The primary repository is Incompact3d, this is our new combined implementation
including the original Incompact3d, Quasincompact3d (LMN) and Winc3d (wind farm) solvers.
The original archived repostiories are also available.
A post-processing framework build in Python is included in Py4Incompact3d, this
uses the same numerical methods as Incompact3d for performing consistent analyses.
There is a next generation solver for GPUs under development (x3d2) and also a simplified
mini-app for experimental developments based on Xcompact3d called x3div.

Popular repositories
Loading
  1. 
Incompact3d
Incompact3dPublic
    
Current CPU version of our solver for the Navier-Stokes equations

    Fortran
217

148

  2. 
x3d2
x3d2Public
    
Next-Generation High-Fidelity CFD Solver

    Fortran
30

11

  3. 
Py4Incompact3D
Py4Incompact3DPublic
    
Python library for postprocessing data produced using Incompact3d

    Python
18

9

  4. 
Quasincompact3d
Quasincompact3dPublic archive
    
Old version of the solver for the compressible Navier-Stokes equations in the low Mach number limit (no longer actively developed, it is recommended to use the new version of Incompact3d)

    Fortran
7

4

  5. 
Old_Incompact3d
Old_Incompact3dPublic archive
    
Old version of our solver for the incompressible Navier-Stokes equations (no longer actively developed, please use the latest version of Incompact3d

    Fortran
4

2

  6. 
x3div
x3divPublic
    
Xcompact3d miniapp

    Fortran
4

6


Repositories

Showing 10 of 12 repositories
View all repositories
Top languages
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Loading…

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@xcompact3d

Xcompact3d

High-order finite-difference suite of flow solvers on a Cartesian mesh
README.md
The Xcompact3d framework
The Xcompact3d framework is a Fortran code for developing high-order solvers
for the Navier-Stokes equations in the incompressible and low Mach number (LMN)
limits.
Repositories
The primary repository is Incompact3d, this is our new combined implementation
including the original Incompact3d, Quasincompact3d (LMN) and Winc3d (wind farm) solvers.
The original archived repostiories are also available.
A post-processing framework build in Python is included in Py4Incompact3d, this
uses the same numerical methods as Incompact3d for performing consistent analyses.
There is a next generation solver for GPUs under development (x3d2) and also a simplified
mini-app for experimental developments based on Xcompact3d called x3div.

Popular repositories
Loading
  1. 
Incompact3d
Incompact3dPublic
    
Current CPU version of our solver for the Navier-Stokes equations

    Fortran
217

148

  2. 
x3d2
x3d2Public
    
Next-Generation High-Fidelity CFD Solver

    Fortran
30

11

  3. 
Py4Incompact3D
Py4Incompact3DPublic
    
Python library for postprocessing data produced using Incompact3d

    Python
18

9

  4. 
Quasincompact3d
Quasincompact3dPublic archive
    
Old version of the solver for the compressible Navier-Stokes equations in the low Mach number limit (no longer actively developed, it is recommended to use the new version of Incompact3d)

    Fortran
7

4

  5. 
Old_Incompact3d
Old_Incompact3dPublic archive
    
Old version of our solver for the incompressible Navier-Stokes equations (no longer actively developed, please use the latest version of Incompact3d

    Fortran
4

2

  6. 
x3div
x3divPublic
    
Xcompact3d miniapp

    Fortran
4

6


Repositories

Showing 10 of 12 repositories
View all repositories
Top languages
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Loading…

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@xcompact3d

Xcompact3d

High-order finite-difference suite of flow solvers on a Cartesian mesh
README.md
The Xcompact3d framework
The Xcompact3d framework is a Fortran code for developing high-order solvers
for the Navier-Stokes equations in the incompressible and low Mach number (LMN)
limits.
Repositories
The primary repository is Incompact3d, this is our new combined implementation
including the original Incompact3d, Quasincompact3d (LMN) and Winc3d (wind farm) solvers.
The original archived repostiories are also available.
A post-processing framework build in Python is included in Py4Incompact3d, this
uses the same numerical methods as Incompact3d for performing consistent analyses.
There is a next generation solver for GPUs under development (x3d2) and also a simplified
mini-app for experimental developments based on Xcompact3d called x3div.

Popular repositories
Loading
  1. 
Incompact3d
Incompact3dPublic
    
Current CPU version of our solver for the Navier-Stokes equations

    Fortran
217

148

  2. 
x3d2
x3d2Public
    
Next-Generation High-Fidelity CFD Solver

    Fortran
30

11

  3. 
Py4Incompact3D
Py4Incompact3DPublic
    
Python library for postprocessing data produced using Incompact3d

    Python
18

9

  4. 
Quasincompact3d
Quasincompact3dPublic archive
    
Old version of the solver for the compressible Navier-Stokes equations in the low Mach number limit (no longer actively developed, it is recommended to use the new version of Incompact3d)

    Fortran
7

4

  5. 
Old_Incompact3d
Old_Incompact3dPublic archive
    
Old version of our solver for the incompressible Navier-Stokes equations (no longer actively developed, please use the latest version of Incompact3d

    Fortran
4

2

  6. 
x3div
x3divPublic
    
Xcompact3d miniapp

    Fortran
4

6


Repositories

Showing 10 of 12 repositories
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Skip to content
@xcompact3d

Xcompact3d

High-order finite-difference suite of flow solvers on a Cartesian mesh
README.md
The Xcompact3d framework
The Xcompact3d framework is a Fortran code for developing high-order solvers
for the Navier-Stokes equations in the incompressible and low Mach number (LMN)
limits.
Repositories
The primary repository is Incompact3d, this is our new combined implementation
including the original Incompact3d, Quasincompact3d (LMN) and Winc3d (wind farm) solvers.
The original archived repostiories are also available.
A post-processing framework build in Python is included in Py4Incompact3d, this
uses the same numerical methods as Incompact3d for performing consistent analyses.
There is a next generation solver for GPUs under development (x3d2) and also a simplified
mini-app for experimental developments based on Xcompact3d called x3div.

Popular repositories
Loading
  1. 
Incompact3d
Incompact3dPublic
    
Current CPU version of our solver for the Navier-Stokes equations

    Fortran
217

148

  2. 
x3d2
x3d2Public
    
Next-Generation High-Fidelity CFD Solver

    Fortran
30

11

  3. 
Py4Incompact3D
Py4Incompact3DPublic
    
Python library for postprocessing data produced using Incompact3d

    Python
18

9

  4. 
Quasincompact3d
Quasincompact3dPublic archive
    
Old version of the solver for the compressible Navier-Stokes equations in the low Mach number limit (no longer actively developed, it is recommended to use the new version of Incompact3d)

    Fortran
7

4

  5. 
Old_Incompact3d
Old_Incompact3dPublic archive
    
Old version of our solver for the incompressible Navier-Stokes equations (no longer actively developed, please use the latest version of Incompact3d

    Fortran
4

2

  6. 
x3div
x3divPublic
    
Xcompact3d miniapp

    Fortran
4

6


Repositories

Showing 10 of 12 repositories
View all repositories
Top languages
Loading…
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@xcompact3d

Xcompact3d

High-order finite-difference suite of flow solvers on a Cartesian mesh
README.md
The Xcompact3d framework
The Xcompact3d framework is a Fortran code for developing high-order solvers
for the Navier-Stokes equations in the incompressible and low Mach number (LMN)
limits.
Repositories
The primary repository is Incompact3d, this is our new combined implementation
including the original Incompact3d, Quasincompact3d (LMN) and Winc3d (wind farm) solvers.
The original archived repostiories are also available.
A post-processing framework build in Python is included in Py4Incompact3d, this
uses the same numerical methods as Incompact3d for performing consistent analyses.
There is a next generation solver for GPUs under development (x3d2) and also a simplified
mini-app for experimental developments based on Xcompact3d called x3div.

Popular repositories
Loading
  1. 
Incompact3d
Incompact3dPublic
    
Current CPU version of our solver for the Navier-Stokes equations

    Fortran
217

148

  2. 
x3d2
x3d2Public
    
Next-Generation High-Fidelity CFD Solver

    Fortran
30

11

  3. 
Py4Incompact3D
Py4Incompact3DPublic
    
Python library for postprocessing data produced using Incompact3d

    Python
18

9

  4. 
Quasincompact3d
Quasincompact3dPublic archive
    
Old version of the solver for the compressible Navier-Stokes equations in the low Mach number limit (no longer actively developed, it is recommended to use the new version of Incompact3d)

    Fortran
7

4

  5. 
Old_Incompact3d
Old_Incompact3dPublic archive
    
Old version of our solver for the incompressible Navier-Stokes equations (no longer actively developed, please use the latest version of Incompact3d

    Fortran
4

2

  6. 
x3div
x3divPublic
    
Xcompact3d miniapp

    Fortran
4

6


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