This paper is dealing with the corrosion and growth behavior of M5® and recrystallized low
tin Zircaloy-4 irradiated as stress-free tubes in conditions representative of grids and guide …

An Emerging Tool for Pioneering Engineers Co-published by the International Federation of
Heat Treatment and Surface Engineering. Thermal processing is a highly precise science …

Medium-carbon steels are widely used in structural applications. However, the strength of
such steels can hardly be over 1100 MPa. In this work, a cyclic oil quenching process was …

In this article, the effect of Carbon Nanotube (CNT) concentration and agitation on the heat
transfer rate has been studied during immersion quenching in CNT nanofluids. For this …

Quench hardening aims at the microstructural transformation of steels in order to improve
hardness and mechanical strength. The aim phase is, in most cases, the martensite. It is …

The mechanical properties of steel components are influenced by the microstructure that is
determined by the heat treatment cycle. In the quenching of the steel: water, oil, aqueous …

This review presents an analysis and discussion about heat transfer phenomena during
quenching solid steel from high temperatures. It is shown a description of the boiling curve …

Heat transfer coefficients, HTCs, at the surface of a metal sample during immersion
quenching were measured and evaluated using numerical procedures. The boundary …

The main objective of the present work is to develop a methodology to predict the
mechanical properties and microstructure of heat treated components, for a given …

The mechanical properties of medium-carbon steels with a carbon content ranging from 0.30
to 0.55 wt.% were investigated by tensile and microhardness tests at room temperature. It …