STP Published: 2000

Thermo-mechanical Fatigue Behavior of Materials: Third Volume

Editor(s): Huseyin Sehitoglu, Hans J. Maier

20 papers from leading experts on the thermal and thermo-mechanical fatigue of structural alloys expose the deformation and damage mechanisms in thermo-mechanical fatigue in all materials.

Includes papers on the study of stress-strain response in a number of technologically important materials, damage mechanisms in thermo-mechanical fatigue (creep, oxidation effects), microscopic investigations of materials subjected to thermo-mechanical fatigue, life prediction under thermo-mechanical fatigue (including fracture mechanics, damage mechanics, initiation life approaches), solutions to thermo-mechanical fatigue problems in industry (including gas turbines, automotive engine, and novel experimental techniques for thermo-mechanical fatigue (high-frequency, multiaxial testing, and round robin results).

Audience: Researchers and engineers working in the field of high-temperature fatigue and life-time prediction.

Table of Contents

R Kowalewski, H Mughrabi

P Pototzky, HJ Maier, H-J Christ

B Kleinpass, K-H Lang, D Löhe, E Macherauch

H Sehitoglu, TJ Smith, HJ Maier

RP Skelton, GA Webster, B de Mestral, C-Y Wang

MW Woodmansee, RW Neu

R Kühner, J Aktaa, L Angarita, K-H Lang

SY Zamrik, ML Renauld

H Ikuno, S Iwanaga, Y Awano

CC Engler-Pinto, F Rézaï-Aria

A Jung, HJ Maier, H-J Christ

GR Halford, BA Lerch, VK Arya

O Jin, WS Johnson

L Rémy, A Koster, E Chataigner, A Bickard

G Filacchioni, C Petersen, F Rézaï-Aria, J Timm

J Ziebs, JFC Meersmann, HJ Kühn, H Klinglehöffer

M Okazaki, H Nakatani

G Marci, KM Mull, C Sick, M Bartsch

L Angarita, G Pitz, K-H Lang, D Löhe

R Chieragatti, F Paun

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Developed by Committee: E08
Pages: 344
DOI: 10.1520/STP1371-EB
ISBN-EB: 978-0-8031-5423-0
ISBN-13: 978-0-8031-2853-8