Jet impingement is one of the best methods for achieving high heat transfer coefficient in
single phase and has been a topic of active research for several decades, involving both …

Numerical investigation of convective heat transfer process from concave cylindrical
surfaces due to turbulent slot-jet impingement is performed. Constant heat flux condition is …

The experimental investigations are carried out on a circular nanofluid jet impingement for
cooling an aluminum disk with constant heat flux. The study is performed to understand the …

Numerical and optimization study of jet impingement cooling of a partly curved surface with
CuO-water nanofluid was performed with Galerkin weighted residual finite element method …

Impinging jet heat transfer from curved surfaces is available in many industrial applications,
such as cooling of gas turbine leading edge and deicing of airplane wing leading edge …

In current study design analysis of a specified impingement jet application is performed by
use of Taguchi method. Some results from a previously done experimental study that …

An experimental study was performed to understand heat transfer characteristics of inclined
liquid jet impingement on heated semi-cylindrical convex curved and flat surfaces in free …

An experimental study is performed to examine the heat transfer characteristics of impinging
circular jet onto a heated circular disc. The disc is heated under constant heat flux and it has …

In the present study, flow and heat transfer characteristics of an impinging jet issuing from a
circular cross-sectional pipe on a rectangular plate, convex and concave hemispheres were …

An experimental investigation is conducted to study the effect of offset-jets arrangement on
the conjugated heat transfer performance for a specifically wedge-shaped concave surface …