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Digital Library / STP / STP644-EB
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Rail SteelsDevelopments, Processing, and Use
Stone DH
Pages: 453
Published: 1978
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Overview PDF
Description
Table of Contents
Introduction
Knupp GG
Discussion
Summary
Stone DH
A Review of the Manufacture, Processing, and Use of Rail Steels in North AmericaA Report of AISI Technical Subcommittee on Rails and Accessories
Knupp GG, Chidley WH, Giove JL, Hartman HH, Morris GF, Taylor CW
The Effect of Mechanical Properties Upon the Performance of Railroad Rails
Stone DH, Steele RK
Rail Wear Under Heavy Traffic Conditions
Kalousek J, Bethune AE
The Assessment of Rail Steels
Morton K, Cannon DF, Clayton P, Jones EG
A Metallurgical Examination of Control-Cooled, Carbon-Steel Rails with Service-Developed Defects
Sonon DE, Pellegrino JV, Wandrisco JM
Welding of Railroad RailsA Literature and Industry Survey
Hauser D
Role of Alloying and Microstructure on the Strength and Toughness of Experimental Rail Steels
Bouse GK, Bernstein IM, Stone DH
Development of High-Strength Alloyed Rail Steels Suitable for Heavy Duty Applications
Marich S, Curcio P
Alloy Steels for High-Strength, As-Rolled Rails
Smith YE, Fletcher FB
Some Features and Metallurgical Considerations of Surface Defects In Rail Due to Contact Fatigue
Masumoto H, Sugino K, Nisida S, Kurihara R, Matsuyama S
United Kingdom Development of Rails Rolled from Continuously Cast Blooms
Young JD
Mechanism of Cleavage Fracture In Fully Pearlitic 1080 Rail Steel
Park Y-J, Bernstein IM
Fracture Mechanics Analysis of Rails with Shell-Initiated Transverse Cracks
Besuner PM
Stresses Around Transverse Fissure Flaws in Rails Due to Service Loads
Sampath SG, Johns TG, McGuire PM, Davies KB
Prediction of Rail Steel Strength RequirementsA Reliability Approach
Mair RI, Groenhout R
The Effect of Grain Boundary Ferrite on Fatigue Crack Propagation in Pearlitic Rail Steels
Fowler GJ, Tetelman AS
Fatigue and Fracture Behavior of Carbon-Steel Rails
Barsom JM, Imhof EJ
Fatigue Crack Propagation in Rail Steels
Feddersen CE, Broek D
An Evaluation of the Fatigue Performance of Conventional British Rail Steels
Dabell BJ, Hill SJ, Watson P
Cyclic Inelastic Deformation and Fatigue Resistance Characteristics of a Rail Steel
Leis BN
Index
Committee: A01
Paper ID: STP644-EB
DOI: 10.1520/STP644-EB
ASTM International is a member of CrossRef.
0-8031-0545-2
978-0-8031-0545-4
STP644-EB
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