Abstract: This paper attempts to experimentally investigate the influence of channel length on the flow behavior and heat transfer characteristics in circular microchannels. The diameters of the channels were 0.4 mm and the length ...

Abstract: This paper attempts to experimentally investigate the influence of channel length on the flow behavior and heat transfer characteristics in circular microchannels. The diameters of the channels were 0.4 mm and the length ...

Abstract: This paper experimentally investigated a transpiration cooling performance of doublelaminated and triplelaminated sintered woven wire mesh structures with different porosities and arrangements. Each laminated test piece ...

Abstract: This paper presents the predictions of the axial distribution of liquid level and interfacial level gradient (ILG) for nonuniform nonNewtonian liquidgas flow in horizontal tubes. The nonNewtonian liquid is described using ...

Abstract: This paper numerically and experimentally investigated the effect of weak crossflow on the heat transfer characteristics of a shortdistance impinging jet. The Reynolds number of the impinging jet ranged from 6000 to 15,000, ...

Abstract: The mean flow field in a smooth rotating channel was measured by particle image velocimetry (PIV) under the effect of buoyancy force. In the experiments, the Reynolds number, based on the channel hydraulic diameter (D) and ...

Abstract: Recently, microchannel heat sinks have been emerged as a kind of high performance cooling scheme to meet the heat dissipation requirement of electronics packaging and integration. In this study, an experimental investigation ...