A study on the prospect of designing high power electronic packages with phase change
cooling is presented, with special emphasis on minimising the rising of junction …

Melting is encountered in almost all laser materials processing. This article deals with a one-
dimensional heat conduction problem to investigate the melting rate during laser materials …

Laser heating of a two-layer system is studied using the Laplace integral transform method.
Expressions for the temperature profiles in the thin film and the substrate are obtained. The …

Modification of surfaces by laser heating has become a very important aspect of modern
materials science. The author's own interests in laser processing have been involved in the …

Laser materials processing involves a wide range of transport phenomena, power density
(up to 1012W/cm²) and interaction time (up to picoseconds) for processing objects with sizes …

Laser grooving is a very complicated process to analyse, due to the molten material's
behaviour. Based on the assumption of complete removal of molten material, a theoretical …

In this paper, we develop an analytical heat transfer model, which is capable of analyzing
cyclic melting and solidification processes of a phase change material used in the context of …

Laser heating and melting is studied considering the laser‐induced reflectivity variations R
(τ). The study is made for time intervals less than or equal to the transit time using the Fourier …

The effect of pulsed laser annealing of ion-implanted semiconductors was discovered in the
late 1970's. As a result researchers concentrated on the fundamental problems related to the …

THIS REVIEW surveys papers that have been published in the literature during 1986
covering various fields of heat transfer. The literature search was made very inclusive …