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Weldability Investigation of Temper-Grade Steels

Journal Materials Science Forum (Volume 589)
Volume Materials Science, Testing and Informatics IV
Edited by P.J. Szabó, T. Réti, T. Czigány
Pages 31-35
DOI 10.4028/www.scientific.net/MSF.589.31
Citation Gábor Lengyel et al., 2008, Materials Science Forum, 589, 31
Online since June, 2008
Authors Gábor Lengyel, Béla Palotás
Keywords Carbon Equivalent, Heat Affected Zone (HAZ), Preheating, Temper-Grade Steel, Three-Dimensional Heat Conduction, Two-Dimensional Heat Conduction, Weldability
Abstract

The mechanical properties of temper-grade steels can be modified in a wide range by heat treatment. The principle of heat treatment lies in the good hardenability, so when such steels are welded it is very likely that the heat affected zone is hardened. Considering the fact that in the case of design simplifications it may be needed to weld temper-grade steels, as well therefore it is of crucial importance to eliminate cold cracking. There are many methods available to determine preheat temperature. The applicability of methods for determination of preheat temperature was checked by experimental welding for both two and three dimensional heat conduction. According to our experience the different methods cannot be applied in general namely they are valid only under certain conditions.

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