Source Files

Flux splitting scheme: AUSM

Flux splitting scheme: AUSM+

Flux splitting scheme: AUSM+-UP

Setup boundary condition for the domain

Apply boundary condition at every iteration

Reconstruct the boundary face in case of 4th and 5th order methods

Calculate Cell-center and normal through them for transition model

Check for the input from the output_control.md file

Check for solution's convergence

A module contains generalized subroutine to copy variable in ghost cells

Check, create, and purge folder in the time_directory folder

Interpolation of primitive variable from cell centers to faces

Apply flow tangency boundary condition

The geometry module calculates various geometrical quantities like face-normals, face-areas and cell-volumes to be used in computations.

Declare all the constants used by k-kL turbulence model

Declare all the constants used by SA turbulence model

Declare all the constants used by SST turbulence model

Allocate memory to laminar gradients if flow is viscous and allocate memory to tubulence gradients base upon the model being used

The grid module read grid file and allocate memory to storing variables

This module handles the MPI Communication calls for interface boundary conditions

Contains routine to load layout file and sets the layout variables and gets process id and total process

Flux-splitting scheme: LDFSS

Matix-free time integration: LU-SGS

Setup the indicies map at interface between two blocks

Higher order face state reconstruction method: MUSCL.

Preconditioned LU-SGS scheme maxtrix-free implicit time-integration method for low speed flows

Higher order face state reconstruction method:PPM

This module read input control files which include: 1. control.md 2. fvscheme.md 3. flow.md 4. res_control.md 5. state_read_write_control.md

Get all the fixed values from the bc_**.md file

Read output files from the restart folder

Read the restart file in the tecplot format

Read the restart file in the vtk format

This module contains subroutine that 1. check if time for resnorm dump is arrived 2. calculate resnorm 3. send those resnorm to processor number 0 4. Recalulate resnorm based on information availble from all processors 5. Append the data to resnorm file

Inviscid flux calculation through faces

Flux splitting scheme: SLAU

Add source's contribution to the residual

Allocate memory to the state variables and initialize them

Calculate the time step for the current iteration

Time integration module

Utility module to allocate, deallocate and debug message

Flux splitting scheme: AUSM+

Setup, destroy, calculate molecular and turbulence viscosity

The viscous module contains the viscous fluxes calculations

Detect all the grid points on the wall boundary condition

Calculate the distance from the wall for each cell-center in the domain

Higher face state reconstuction method: WENO

Higher face state reconstuction method: WENO for non uniform grids

Open/close and call other modules for writing solution

Tecplot module to write the solution in the tecplot format

Writing solution in the output file in tecplot format with node data instead of cell-center data.

Vtk module to write the solution in the vtk format