The numerical integration of laminar boundary layer equations

Laminar Boundary Layer Flow of Sisko Fluid

Analytical Solution of The Laminar Boundary Layer Flow over Semi-Infinite Flat Plate: Variable Surface Temperature

In this paper, the problem of forced convection over a horizontal flat plate under condition of variable plate temperature is presented and the homotopy perturbation method (HPM) is employed to compute an approximation to the solution of the system of nonlinear differential equations governing the problem. This paper provides good supplements to the existing literature and generalizes the previ...

The Stabiwi’y of the Laminar Boundary’ Layer ~’ a Compressible Fluid

suMM.4RY _______________________________________________ ~N~ODrC~OX ------------------------------------------sYmoM -----------------------------------------------I. PEEU~IIXART eONsIDEE.iTIOXS-------------------------2. 13ALCULATIOXOF THE LIMITS OF STABILITY OF L.WIX.AR BOUNDARYLAYER IFi AVISCOIJSf20XDCCTIVEGas. _______ 3. DESTABILIZINGIXFLUEXCEOF VISCOSITY AT T’ERY LARGE REYNOLDS XUMBERS; EXT...

Turbulent boundary layer equations

We study a boundary layer problem for the Navier-Stokes-alpha model obtaining a generalization of the Prandtl equations conjectured to represent the averaged flow in a turbulent boundary layer. We solve the equations for the semi-infinite plate, both theoretically and numerically. The latter solutions agree with some experimental data in the turbulent boundary layer.

Numerical Simulation of Laminar Film Cooling in a Supersonic Boundary Layer using Modeled and Simulated Blowing

Direct numerical simulations are used to investigate the method of film cooling in a laminar flat-plate Mach-2.67 boundary layer. Air is employed as mean-flow and coolant gas and is injected into an adiabatic or isothermal boundary layer through one or two rows of staggered, discrete holes. Previous simulations were performed using a modeled blowing approach, where the mass flux and temperature...