一般形式的KFVS方法

[1] A numerical study comparing kinetic flux-vector splitting for the Navier-Stokes equations with a partical method. Lou T,Dahlby D C,Baganoff D. Journal of Computational Physics . 1998

[2] A method for near equilibrium discrete-velocity gas flow. Nadiga B T,Pullin D I. Journal of Computational Physics . 1994

[3] A Kinetic flux vector splitting scheme for shallow water flows. S Q Zhang. Advances in Water Resources . 2003

[4] Lattice-Boltzmann models for the high speed flows, Phys. Sun S H. Review . 1998

[5] To finite difference methods. Steger J L,Warming R F,Flux vecter splitting of the inviscid gas-dynamics with application. Journal of Computational Physics . 1981

[6] Flux vector splitting for the Euler equations. Van Leer B. Lecture Notes in Physics . 1982

[7] Direct simulation methods for compresside inviscid ideal-gas flow. Pullin D L. Journal of Computational Physics . 1980

[8] One-dimension compressible gas dynamcis calculations using the Boltzmann equation. Reitz R D. Journal of Computational Physics . 1981

[9] Kinetic flux vector splitting for the Euler equations. Mandal J C,Deshpande M. Computers and Fluids . 1994

[10] Kinetic flux vector splitting for the Navier-stokes equations. Chou S Y,Baganoff D. Journal of Computational Physics . 1997

[1] A numerical study comparing kinetic flux-vector splitting for the Navier-Stokes equations with a partical method. Lou T,Dahlby D C,Baganoff D. Journal of Computational Physics . 1998

[2] A method for near equilibrium discrete-velocity gas flow. Nadiga B T,Pullin D I. Journal of Computational Physics . 1994

[3] A Kinetic flux vector splitting scheme for shallow water flows. S Q Zhang. Advances in Water Resources . 2003

[4] Lattice-Boltzmann models for the high speed flows, Phys. Sun S H. Review . 1998

[5] To finite difference methods. Steger J L,Warming R F,Flux vecter splitting of the inviscid gas-dynamics with application. Journal of Computational Physics . 1981

[6] Flux vector splitting for the Euler equations. Van Leer B. Lecture Notes in Physics . 1982

[7] Direct simulation methods for compresside inviscid ideal-gas flow. Pullin D L. Journal of Computational Physics . 1980

[8] One-dimension compressible gas dynamcis calculations using the Boltzmann equation. Reitz R D. Journal of Computational Physics . 1981

[9] Kinetic flux vector splitting for the Euler equations. Mandal J C,Deshpande M. Computers and Fluids . 1994

[10] Kinetic flux vector splitting for the Navier-stokes equations. Chou S Y,Baganoff D. Journal of Computational Physics . 1997