The rising requirements of computing capability with an ever-declining packaging volume
has triggered a global surge in the thermal management industry of electronic devices over …

Jet impingement cooling is considered as one of the most effective heat transfer
enhancement techniques. The primary mode of heat transfer enhancement is due to the flow …

Recently, dimpled surfaces have found great attention due to their abilities in energy
management and heat transfer enhancement, low weight, small values of pressure drop …

Multiple jet impingement is widely implemented in several industrial processes. The efficacy
of this convective process depends on various parameters from the geometrical variables of …

Gas turbines have been used extensively for aircraft and marine propulsions as well as land-
based power generation because of their high thermal efficiency and large power to weight …

The cooling passage within the leading edge of a turbine blade is simulated using a
cylindrical target channel supplied by 10 impinging jets, with exit flow in the axial direction …

This paper presents a comparative experimental and numerical study of the internal heat
transfer and pressure loss of swirl impingement cooling for turbine blade leading edge with …

In order to explore new cooling methods to further improve the cooling performance for the
gas turbine blade leading edge, a vortex double wall cooling configuration is established …

In this paper, a numerical study has been conducted on the effect of the offset of jet holes on
the flow structure and heat transfer of swirling flow in a concave target chamber with various …

With lightweight, multifunctional, and designable characteristics, porous/lattice structures
have started to be used in aerospace applications. Porous/lattice structures applied in the …