The objective of this study is to investigate the cooling performance of the liquid jet
impingement of a cold plate heat sink with different fin geometries using water and …

Ongoing demand to improve power electronic converters in terms of efficiency, power
density, reliability, cost and packaging calls for optimal thermal management. This paper …

Advancements in power electronic technologies require devices which are small, reliable
and capable of handling large power levels. Despite efficiencies of electronic components …

The heat transfer arising from an impinging jet at a Reynolds number of 5000 is studied
through Large-Eddy Simulation (LES), with special attention on the heat transfer dynamics …

A numerical study using the conjugate heat transfer approach has been performed to
investigate the effects of boundary heat flux, conduction effect, and working fluid on the …

Thermodynamic calculation and geometry parameters are key issues in thermo-equipment
design. The flow and conjugate heat transfer around the tandem tubes are numerically …

Numerical study is carried out to investigate hydrodynamic structures and heat transfer
characteristics of vertical free surface liquid jet impingement on a horizontal flat plate …

A study of an unsubmerged jet impinging on a heated rotating disk is conducted to
investigate the multi-phase flow dynamics and heat transfer characteristics. The effects of …

We present a numerical study of inclined jet impingement on a heated flat surface. Previous
research on such configuration focused on peak heat transfer rate and its location on the …

A computational study has been performed to evaluate the use of jet impingement for
cooling applications in the automotive industry. The current study uses an entire internal …