Numerical solution of navier - stokes equations with chemical equilibrium /
Mohamed Ahmed Ahmed AlKady
Numerical solution of navier - stokes equations with chemical equilibrium / الحل العددى لمعادلات نافير استوكس مع تفاعلات متزنة كيميائيا Mohamed Ahmed Ahmed AlKady ; supervised Ali Abd El fattah Hashem , Farouk Mohamed Owis - Cairo : Mohamed Ahmed Ahmed AlKady , 2006 - 97P : diagrs ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty Of Engineering - Department Of Aerospace Engineering
A two - dimensional compressible Navier - Stokes non - reactive flow code was constructedThe code was developed using various order of flux difference splitting technique (first or third) for the convective terms and second - order central difference for viscous termsUsing the upwind differencing makes the system of numerical equations diagonally dominantWith the use of implicit line - relaxation scheme , the code can be run at very large time steps , and very fast convergence is realizedDissipation was controlled to suppress any oscillations and avoid instability at the high gradient regions as the shock location
Chemical equilibrium Navier - stokes equations Numerical solution
Numerical solution of navier - stokes equations with chemical equilibrium / الحل العددى لمعادلات نافير استوكس مع تفاعلات متزنة كيميائيا Mohamed Ahmed Ahmed AlKady ; supervised Ali Abd El fattah Hashem , Farouk Mohamed Owis - Cairo : Mohamed Ahmed Ahmed AlKady , 2006 - 97P : diagrs ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty Of Engineering - Department Of Aerospace Engineering
A two - dimensional compressible Navier - Stokes non - reactive flow code was constructedThe code was developed using various order of flux difference splitting technique (first or third) for the convective terms and second - order central difference for viscous termsUsing the upwind differencing makes the system of numerical equations diagonally dominantWith the use of implicit line - relaxation scheme , the code can be run at very large time steps , and very fast convergence is realizedDissipation was controlled to suppress any oscillations and avoid instability at the high gradient regions as the shock location
Chemical equilibrium Navier - stokes equations Numerical solution