Abstract: The effect of fill volume on the heat transfer performance of a hybrid cooling fin thermosyphon, characterized by an airfoil crosssectional shape and a slotshaped cavity, is investigated. The performance was examined at ...

Abstract: A wide range of modern technological devices utilize materials structured at the nanoscale to improve performance. The efficiencies of many of these devices depend on their thermal transport properties; whether a high or ...

Abstract: The effect of fill volume on the heat transfer performance of a cylindrical thermosyphon with an aspect ratio (ratio of the length of the evaporator section to the inner diameter) of 2.33 immersed in a cooling air flow is ...

Abstract: At the microscale length and smaller, solid–solid interfaces pose a significant contribution to resistance, resulting in a build-up of energy carriers, in turn leading to extreme temperature gradients within a single ...

Abstract: Composite material systems composed of a matrix of nanomaterials can achieve combinations of mechanical and thermophysical properties outside the range of traditional systems. The microstructure of the system dictates the ...