Abstract: This study presents results on the hydrodynamic and thermal characteristics of singlephase water flows inside microchannels (MCs) with different micropin fin (MPF) configurations. Different inline arrangements of micropin ...

Abstract: The pressure drop and heat transfer due to the flow of deionized water at high mass fluxes in microtubes of ∼ 254 خ¼m and ∼ 685 خ¼m inner diameters is investigated in the laminar, transition and the turbulent ...

Abstract: Ferrofluids are colloidal suspensions, in which the solid phase material is composed of magnetic nanoparticles, while the base fluid can potentially be any fluid. The solid particles are held in suspension by weak ...

Abstract: In this initial study, the effect of hydrodynamic flow on lysozyme structure and function was investigated using a microchannel device. Protein was subjected to bubbly cavitation as well as noncavitating flow conditions ...

Abstract: In this experimental study, flow boiling in mini/microtubes was investigated with surface enhancements provided by crosslinked polyhydroxyethylmethacrylate (pHEMA) coatings, which were used as a crosslinker coating type ...