Experiments have been performed to investigate the effects of elevated free-stream turbulence and streamwise acceleration on flow and thermal structures in transitional boundary layers. The free-stream turbulence ranges from 0.5 to 6.4% and the streamwise acceleration ranges from K = 0 to 0.8 x 10(exp -6). The onset of transition, transition length and the turbulent spot formation rate are determined. The statistical results and conditionally sampled results of th streamwise and cross-stream velocity fluctuations, temperature fluctuations, Reynolds stress and Reynolds heat fluxes are presented
A detailed investigation to the document momentum and thermal development of boundary layers undergo...
The transition of an incompressible boundary layer, with zero pressure gradient and low free-stream ...
The requirements for fundamental experimental studies of the influence of free stream turbulence, pr...
Experiments on boundary layer transition with flat, concave and convex walls and various levels of f...
Measurements from transitional, heated boundary layers along a concave-curved test wall are presente...
Experimental results are presented to document hydrodynamic and thermal development of flat-plate bo...
A detailed investigation to document momentum and thermal development of boundary layers undergoing ...
High velocity boundary layer transition experiments are performed in a Ludwieg tube set-up. At a Mac...
High velocity boundary layer transition experiments are performed in a Ludwieg tube set-up. At a Mac...
High velocity boundary layer transition experiments are performed in a Ludwieg tube set-up. At a Mac...
High velocity boundary layer transition experiments are performed in a Ludwieg tube set-up. At a Mac...
High velocity boundary layer transition experiments are performed in a Ludwieg tube set-up. At a Mac...
During an experimental investigation of the transitional boundary layer over a heated flat plate, an...
Experimental measurements of both mean and conditionally sampled characteristics of laminar, transit...
Direct numerical simulation data of bypass transition in flat-plate boundary layers are analysed to ...
A detailed investigation to the document momentum and thermal development of boundary layers undergo...
The transition of an incompressible boundary layer, with zero pressure gradient and low free-stream ...
The requirements for fundamental experimental studies of the influence of free stream turbulence, pr...
Experiments on boundary layer transition with flat, concave and convex walls and various levels of f...
Measurements from transitional, heated boundary layers along a concave-curved test wall are presente...
Experimental results are presented to document hydrodynamic and thermal development of flat-plate bo...
A detailed investigation to document momentum and thermal development of boundary layers undergoing ...
High velocity boundary layer transition experiments are performed in a Ludwieg tube set-up. At a Mac...
High velocity boundary layer transition experiments are performed in a Ludwieg tube set-up. At a Mac...
High velocity boundary layer transition experiments are performed in a Ludwieg tube set-up. At a Mac...
High velocity boundary layer transition experiments are performed in a Ludwieg tube set-up. At a Mac...
High velocity boundary layer transition experiments are performed in a Ludwieg tube set-up. At a Mac...
During an experimental investigation of the transitional boundary layer over a heated flat plate, an...
Experimental measurements of both mean and conditionally sampled characteristics of laminar, transit...
Direct numerical simulation data of bypass transition in flat-plate boundary layers are analysed to ...
A detailed investigation to the document momentum and thermal development of boundary layers undergo...
The transition of an incompressible boundary layer, with zero pressure gradient and low free-stream ...
The requirements for fundamental experimental studies of the influence of free stream turbulence, pr...
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