ronithstanly
Interested in computing fluid dynamic problems using high-fidelity numerical methods on modern high performance computer architectures.
KTH Royal Institute of TechnologyStockholm
Pinned Repositories
neko
/ᐠ. ｡.ᐟ\ᵐᵉᵒʷˎˊ˗
1D_Advection-Flux_Reconstruction_Method
Solving the 1D linear and non-linear advection equation using the Flux Reconstruction Discontinuous Galerkin Method
2D_Navier-Stokes_SBP-SAT_Split_Form
This code solves the 2-D Compressible Navier-Stokes equations using Summation by Parts (SBP) operators, Simultaneous Approximation Term (SAT) boundary conditions and Split-form fluxes. Second, fourth and sixth-order accurate SBP operators are available. The default test case selected is the Lid Driven cavity at Re=100.
Blasius_Boundary_Layer-Thwaites
This Fortran code solves the 2D laminar boundary layer over a flat plate using Thwaites method.
CCD_by_MatrixInversion
Combined Compact Difference Scheme
Pade_scheme
Third-order Pade' Scheme
test_branching
ronithstanly's Repositories
ronithstanly/1D_Advection-Flux_Reconstruction_Method
Solving the 1D linear and non-linear advection equation using the Flux Reconstruction Discontinuous Galerkin Method
ronithstanly/CCD_by_MatrixInversion
Combined Compact Difference Scheme
ronithstanly/Blasius_Boundary_Layer-Thwaites
This Fortran code solves the 2D laminar boundary layer over a flat plate using Thwaites method.
ronithstanly/Pade_scheme
Third-order Pade' Scheme
ronithstanly/2D_Navier-Stokes_SBP-SAT_Split_Form
This code solves the 2-D Compressible Navier-Stokes equations using Summation by Parts (SBP) operators, Simultaneous Approximation Term (SAT) boundary conditions and Split-form fluxes. Second, fourth and sixth-order accurate SBP operators are available. The default test case selected is the Lid Driven cavity at Re=100.
ronithstanly/test_branching