Samuel J. Rosenberg, Thomas G. Digges
This publication provides a detailed examination of the heat treatment processes and the properties of iron and steel. The objective is to summarize the essential information regarding the treatment techniques and the resultant material properties. The methodology involves a comprehensive review of existing literature, alongside data collected from the National Bureau of Standards' own investigations. Results indicate a significant variation in the mechanical properties of iron and steel, including strength, hardness, and ductility, depending on the treatment conditions. This publication serves as an essential reference for professionals and researchers in metallurgy, offering insights into the practical applications of heat treatment in enhancing the performance of iron and steel products.
@article{dbb69391-7c1b-44c9-bc86-89737ec5e3a0,
title={Circular of the Bureau of Standards no. 495: heat treatment and properties of iron and steel},
author={Samuel J. Rosenberg and Thomas G. Digges},
year={1950},
language={English}
}TY - JOUR TI - Circular of the Bureau of Standards no. 495: heat treatment and properties of iron and steel AU - Samuel J. Rosenberg AU - Thomas G. Digges PY - 1950 LA - English ER -
Thomas G. Digges, Samuel J. Rosenberg
This monograph presents a comprehensive exploration of the heat treatment processes and the resulting properties of iron and steel, critical materials
Thomas G. Digges, Samuel J. Rosenberg
This monograph prepared by the National Bureau of Standards provides an extensive overview of the heat treatment processes and properties of iron and
Thomas G. Digges, Samuel J. Rosenberg
This report presents a comprehensive analysis of the heat treatment processes and properties of iron and steel. The objective is to elucidate the meth
Michael A. Aronov, N.I. Kobasko
This report outlines the development and implementation of Intensive Quenching Technology aimed at enhancing the heat treating and forging industries.
George E. Hicho, John H. Smith
A metallurgical evaluation was conducted to determine if selected castings of 17-4PH stainless steel had been properly heat treated as required by SAE
The course PC4306 in Physical Metallurgy is designed to impart knowledge on principles of alloy design, phase diagrams, and the various strengthening