Add to ORKGAnalysis for the turbulent flow field and the effect of freestream turbulence on the surface heat transfer rate of a stagnation flow is presented. The emphasis is on modeling and its augmentation of surface heat transfer rate. The flow field considered is the region near the forward stagnation point of a circular cylinder in a uniform turbulent mean flow
A numerical method for the study of steady, transonic, turbulent viscous flow through plane turbine ...
The model bodies tested at Mach number 7.32 were hemispheres, blunt cones, and spherical segments. T...
Local heat transfer coefficients were obtained on irregular cylindrical shapes which typify the accr...
Preliminary results of a study to investigate the relationship between free stream turbulence and he...
A theoretical analysis and numerical calculations for the turbulent flow field and for the effect of...
A numerical simulation is presented of an axisymmetric turbulent jet discharging axially from below ...
The purpose of the present work was threefold: (1) to determine if a free-stream turbulence length s...
The effect of velocity gradient on stagnation region heat transfer augmentation by free stream turbu...
Boundary layer flow and turbulence transport analyses to study the influence of the free-stream turb...
The purpose was twofold: first, to determine if a length scale existed that would cause the greatest...
Hydrodynamics of accelerated turbulent boundary layer with and without mass injectio
A turbulent boundary layer flow analysis of the momentum and thermal flow fields near the forward st...
The evolution of freestream turbulence in crossflow about a circular cylinder was studied in order t...
Some turbulent solutions of the unaveraged Navier-Stokes equations (equations of fluid motion) are r...
The mechanism that causes free stream turbulence to increase heat transfer in the stagnation region ...
A numerical method for the study of steady, transonic, turbulent viscous flow through plane turbine ...
The model bodies tested at Mach number 7.32 were hemispheres, blunt cones, and spherical segments. T...
Local heat transfer coefficients were obtained on irregular cylindrical shapes which typify the accr...
Preliminary results of a study to investigate the relationship between free stream turbulence and he...
A theoretical analysis and numerical calculations for the turbulent flow field and for the effect of...
A numerical simulation is presented of an axisymmetric turbulent jet discharging axially from below ...
The purpose of the present work was threefold: (1) to determine if a free-stream turbulence length s...
The effect of velocity gradient on stagnation region heat transfer augmentation by free stream turbu...
Boundary layer flow and turbulence transport analyses to study the influence of the free-stream turb...
The purpose was twofold: first, to determine if a length scale existed that would cause the greatest...
Hydrodynamics of accelerated turbulent boundary layer with and without mass injectio
A turbulent boundary layer flow analysis of the momentum and thermal flow fields near the forward st...
The evolution of freestream turbulence in crossflow about a circular cylinder was studied in order t...
Some turbulent solutions of the unaveraged Navier-Stokes equations (equations of fluid motion) are r...
The mechanism that causes free stream turbulence to increase heat transfer in the stagnation region ...
A numerical method for the study of steady, transonic, turbulent viscous flow through plane turbine ...
The model bodies tested at Mach number 7.32 were hemispheres, blunt cones, and spherical segments. T...
Local heat transfer coefficients were obtained on irregular cylindrical shapes which typify the accr...