This paper reports some results of turbulent boundary layer computation. The calculation is made assuming that law of the wall is valid throughout the boundary layer. Simple relations are proposed for friction for a smooth pipe and a flat plate at zero incidence. The results are compared with recent measurements. Encouraging results are obtained for both the cases of flows
We perform direct numerical simulations of an unstably stratified turbulent channel flow to address ...
We perform direct numerical simulations of an unstably stratified turbulent channel flow to address ...
We perform direct numerical simulations of an unstably stratified turbulent channel flow to address ...
The presence of bubbles in the boundary layer introduces corrections into the log law, which must be...
The presence of bubbles in the boundary layer introduces corrections into the log law, which must be...
In this project, an investigation concerning applying a type of oscillatory wall boundary condition ...
The thesis describes the design, calibration and use of a floating element skin friction meter in sm...
In this paper, we present the results of a turbulent boundary layer developing over a rod-roughened ...
The asymptotic solutions, described by Tennekes and Lumley (1972), for surface flows in a channel, p...
We describe a simple method for estimating wall friction which uses the fit of velocity data to the ...
This report explains and discuss two main boundary condi-tions for turbulence models: the integratin...
International audienceAvailable direct numerical simulation of turbulent channel flow at moderately ...
We perform direct numerical simulations of an unstably stratified turbulent channel flow to address ...
We perform direct numerical simulations of an unstably stratified turbulent channel flow to address ...
We perform direct numerical simulations of an unstably stratified turbulent channel flow to address ...
We perform direct numerical simulations of an unstably stratified turbulent channel flow to address ...
We perform direct numerical simulations of an unstably stratified turbulent channel flow to address ...
We perform direct numerical simulations of an unstably stratified turbulent channel flow to address ...
The presence of bubbles in the boundary layer introduces corrections into the log law, which must be...
The presence of bubbles in the boundary layer introduces corrections into the log law, which must be...
In this project, an investigation concerning applying a type of oscillatory wall boundary condition ...
The thesis describes the design, calibration and use of a floating element skin friction meter in sm...
In this paper, we present the results of a turbulent boundary layer developing over a rod-roughened ...
The asymptotic solutions, described by Tennekes and Lumley (1972), for surface flows in a channel, p...
We describe a simple method for estimating wall friction which uses the fit of velocity data to the ...
This report explains and discuss two main boundary condi-tions for turbulence models: the integratin...
International audienceAvailable direct numerical simulation of turbulent channel flow at moderately ...
We perform direct numerical simulations of an unstably stratified turbulent channel flow to address ...
We perform direct numerical simulations of an unstably stratified turbulent channel flow to address ...
We perform direct numerical simulations of an unstably stratified turbulent channel flow to address ...
We perform direct numerical simulations of an unstably stratified turbulent channel flow to address ...
We perform direct numerical simulations of an unstably stratified turbulent channel flow to address ...
We perform direct numerical simulations of an unstably stratified turbulent channel flow to address ...