STP Published: 1993

Thermomechanical Fatigue Behavior of Materials

Editor(s): H Sehitoglu

Topics covered:

• the dramatic contribution of oxidation on fatigue crack growth in thermomechanical fatigue by comparing preoxidized and virgin samples

• dynamic strain aging and dynamic recovery effects in austenitic stainless steels under thermomechanical fatigue

• thermomechanic fatigue of IN-738 and proposed life model incorporating time, temperature, and stain effects

• analysis of local stresses and strains for same class of materials

• characterization of crack growth through temperature and stress gradients.

Table of Contents

H Sehitoglu

L Rémy, H Bernard, JL Malpertu, F Rezai-Aria

Y Kadioglu, H Sehitoglu

MP Miller, DL McDowell, RLT Oehmke, SD Antolovich

D Coker, NE Ashbaugh, T Nicholas

R Zauter, F Petry, H-J Christ, H Mughrabi

PL Hacke, AF Sprecher, H Conrad

MG Castelli, RV Miner, DN Robinson

S Kalluri, GR Halford

MA McGaw

JY Guedou, Y Honnorat

GR Halford, BA Lerch, JF Saltsman, VK Arya

MG Castelli, JR Ellis

HL Bernstein, TS Grant, RC McClung, JM Allen

T Sakon, F Masaharu, T Sada

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Developed by Committee: E08
Pages: 264
DOI: 10.1520/STP1186-EB
ISBN-EB: 978-0-8031-5239-7
ISBN-13: 978-0-8031-1871-3