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 …

Al2O3/water nanofluid has been numerically examined for the first time with different
nanoparticle shapes including, cylindrical, blade, brick, platelet and spherical, on the flat and …

In this study, effects of heat transfer performance on the roughened target surface with slot-
shaped pins (SSP) were numerically investigated using an in-line array of extended jet …

This paper studies the effect of jet plate V-shaped protrusions (VP) on impingement cooling
at the crossflow-to-jet mass flow ratio (CMFR) ranging from 0 to 0.5. The effects of location …

This paper presents a comparative experimental and numerical study of heat transfer and
pressure loss characteristics in swirl tubes with one (S1) and five (S5) tangential inlet jets …

Various researchers have studied jet array impingement heat transfer in
impingement/effusion cooling systems. However, there is a lack of research on …

Impingement heat transfer is considered one of the most effective cooling technologies that
yield high localized convective heat transfer coefficients. This paper studies different …

This study investigates the couple effects of internal and external cooling on double-wall
laminate cooling (DWLC) structure with novel impingement jet, pin-fins, and slot hole. The …

Impingement cooling is an important turbine blades cooling technique, but it is often not as
efficient as required due to the deflection of downstream jets caused by crossflow. In this …

Array jet impingement cooling is a prevalent method for the thermal management of high-
pressure turbine guide vanes. Nevertheless, cooling efficiency is often compromised by the …