Abstract: Heat removal capacity, coolant pumping power requirement, and surface temperature nonuniformity are three major challenges facing singlephase flow microchannel compact heat exchangers. In this paper multiobjective optimization ...

Abstract: In this work, CALPHAD-based calculations provided with data for various stable and metastable phases in 2XXX, 6XXX, and 7XXX classes of aluminum-based alloys. These data were scaled and then used to develop Deep Learning ...

Abstract: The effects of graphene platelets and diamond-based thin film heat spreaders on maximum temperature of integrated electronic circuits were investigated. A fully three-dimensional conjugate heat transfer analysis was performed ...

Abstract: This work quantifies the uncertainty in Stevens Mark VII Perceived Level of sonic booms due to uncertainties in atmospheric profiles. The influence of temperature, humidity, and wind profiles, at six cities around the ...

Abstract: Twolayer single phase flow microchannels were studied for cooling of electronic chips with a hot spot. A chip with 2.45 أ— 2.45 mm footprint and a hot spot of 0.5 أ— 0.5 mm in its center was studied in this research. ...

Abstract: The work presented in this paper used rigorous 3D flow-field analysis combined with multi-objective constrained shape design optimization for the design of complete blade + bladelet configurations for a three-blade ...