The following work is presented as a review of the different methods used in jet
impingement, the aim of which is to improve the heat transfer experienced in each area or …

Purpose The purpose of this study is to do a numerical analysis of the jet to a body filled with
phase change material (PCM). The melting of the PCM filled body was investigated by the …

Quenching by means of liquid jets is an extensively applied heat treatment process in metal
industries for the intensive cooling of a metal plate or sheet for attaining specific material …

Liquid films created by inclined jet-wall impingement are commonly seen in industrial
applications. We investigated the liquid film behaviors created by an inclined jet impinging …

Many heat transfer processes do not allow temperature measurements with advanced
instruments like IR cameras, and thus require the use of thermocouples–often inserted …

The quenching of a heated aluminum alloy plate with a spatial temperature gradient by
water jet impingement was experimentally investigated to examine the effect of the liquid …

Unlocking optimum heat transfer is essential for enhancing solar thermal collector efficiency
and advancing sustainable energy solutions. This experimental study investigates a …

Liquid film cooling by oblique jet impingement is widely used in small liquid rocket engine
thermal protection. In this work, heat transfer characteristics of oblique jet impingement liquid …

In this paper, numerical simulations of single-jet impingement cooling and double-jet
impingement cooling processes of heated L-shaped steel are carried out using the VOF …

Modeling heat conduction during steel-cooling processes is challenging because solid–
solid phase transformations can take place, introducing highly non-linear phenomena to the …