Cheng (Rey) Chin
www.adelaide.edu.au
0000-0002-2709-4321
The University of Adelaide
27 papers found
Refreshing results…
Turbulent boundary layer flow over a three-dimensional sinusoidal surface
The dominant mechanisms for each regime of secondary flows in horizontal particle-laden pipe flows
Decomposition of the Reynolds shear stress in a turbulent boundary layer modified by miniature vortex generators
Large-scale and small-scale contribution to the skin friction reduction in a modified turbulent boundary layer by a large-eddy break-up device
Investigation of the influence of miniature vortex generators on the large-scale motions of a turbulent boundary layer
The influence of the coefficient of restitution on flow regimes within horizontal particle-laden pipe flows
Interscale transport mechanisms in turbulent boundary layers
The skin-friction coefficient of a turbulent boundary layer modified by a large-eddy break-up device
Influence of a Large-Eddy-Breakup-Device on the Turbulent Interface of Boundary Layers
Reynolds number dependence of large-scale friction control in turbulent channel flow
Simulation of a Large-Eddy-Break-up Device (LEBU) in a Moderate Reynolds Number Turbulent Boundary Layer
On Large-Scale Friction Control in Turbulent Wall Flow in Low Reynolds Number Channels
Turbulent pipe flow at Reτ ≈ 1000 : A comparison of wall-resolved large-eddy simulation, direct numerical simulation and hot-wire experiment
An investigation of channel flow with a smooth air–water interface
Reynolds-number-dependent turbulent inertia and onset of log region in pipe flows
Reynolds number effects in DNS of pipe flow and comparison with channels and boundary layers
Large eddy simulation and Reynolds-averaged Navier-Stokes calculations of supersonic impinging jets at varying nozzle-to-wall distances and impinging angles
Investigation of the Flow Structures in Supersonic Free and Impinging Jet Flows
Emergence of the four layer dynamical regime in turbulent pipe flow
The topology of skin friction and surface vorticity fields in wall-bounded flows
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