When a drop im**es onto a wall heated above the Leidenfrost temperature, a very thin
vapor film is formed at the interface between the liquid and the solid substrate. This vapor …

Boiling heat transfer of subcooled water jet im**ement on highly superheated plate is
investigated with heat transfer analysis and high-definition flow visualization. The stainless …

In this paper, a numerical-experimental investigation was performed for estimation of the
local convective heat transfer coefficients of a two-phase pulsating heated jet im**ing a …

Abstract An Inverse Heat Conduction Problem (IHCP) is considered in order to estimate the
transient heat flux extracted from a hot solid surface by an im**ing droplet. The resolution …

During quenching of steel, the rate of heat removal from the surface and the local cooling
rate of steel determine its microstructure. Here these rates are controlled by the extent of the …

Enhancement resulting from interaction of two adjacent jets im**ing on largely
superheated stainless-steel plate (900° C, initial induction heating) is recorded and …

In quench subcooled-jet boiling, an effective cooling of large surface area is achieved with
jet arrays. Here a stainless-steel plate initially superheated at 900° C is cooled with seven …

The worldwide competitive market on metal products with higher quality in industry has
increased the need to implement more advanced and controllable quenching techniques in …

Controlling the type and location of microstructure transformation through heat treatment
processes is the key to improving the property of workpieces, especially they are large-sized …

The main purpose of this paper was to determine and compare the boundary conditions of
heat transfer on the cooled surface of a cylindrical sensor made of Inconel 600 alloy while …