Abstract
Experimental Investigation of Flow Characteristics of Corrugated Channel Flow Using PIV
Highlights
In the related literature, you can find many studies either experimental or numerical on the subject of heat transfer enhancement along with pressure drop through the grooved and corrugated channels
Their main purpose was to analyze the alteration of heat transfer for different aspect ratios, s/H and taper angles, in the entrance region corrugated channel
Wahidi et al [7] conducted their study on the coefficient of skin-friction, Cf mean velocity, u and turbulence intensity, TI, of turbulent flow over a smooth wall with transverse square grooves using Laser–Doppler Anemometer (LDA)
Summary
You can find many studies either experimental or numerical on the subject of heat transfer enhancement along with pressure drop through the grooved and corrugated channels. In addition to other studies PIV measurement [21] is being provided hydrodynamics of flow structures, domain of the wake region, locations of the singular points, and locations of the peak values of turbul12ence quantities, such as, the concentration of vorticity, Reynolds stresses, velocity fluctuations and turbulent kinetic energy which are substantially affected by the variation of the Reynolds numbers.
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