High temperature fracture mechanisms and mechanics : proceedings of the MECAMAT International Seminar on High Temperature Fracture Mechanisms and Mechanics, Dourdan, France

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High temperature fracture mechanisms and mechanics : proceedings of the MECAMAT International Seminar on High Temperature Fracture Mechanisms and Mechanics, Dourdan, France

edited by P. Bensussan and J.P. Mascarell

（EGF publication, 6）

Mechanical Engineering Publications, 1990

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注記

Includes bibliographical references and index

内容説明・目次

内容説明

The need for higher service temperatures and stresses in nuclear reactors and jet engines, for example, has produced a large number of studies on the behaviour and the rupture of materials at high temperatures in the last two decades. The international MECAMAT Seminar on High Temperature Mechanisms and Mechanics was held in Dourdan, France in 1987. The aim of this meeting was to bring together engineers and scientists to review and discuss recent and possible future developments in approaches to high temperature fracture. The main topics covered by the seminar were: high temperature damage mechanisms and macroscopic modelling; applications to crack initiation predictions in structures; global and local approaches to creep cracking; global and local approaches to thermal fatigue cracking; numerical methods applied to cracking models.

目次

  • Damage mechanisms and macroscopic modelling
  • quantitative study of intergranual damage in an austenitic stainless steel on smooth and notched bars, M.Yoshida, et al
  • damage equations and influence of damage on crack-tip fields under creep conditions, J.L.Bassani and D.E.Hawk
  • combined effects of strain rate, temperature and loading constraints on microscopic fracture, D.R.Curran, et al
  • continuum damage representation of creep-dominated non-proportional cyclic loading, D.L.McDowell, et al
  • high temperature creep damage under biaxial loading - experimental results, F.Trivaudey and P. Delobelle
  • mechanisms of fatigue and creep damage of two superalloys for turbine blades, J.M.Ronghvaux and J.Y.Guedoou
  • the metallurgy of component life prediction, R.H.Jeal and C.Howland
  • creep fatigue damage to 25 CDV 4-11 steel at 500 and 550 degrees centigrade, B.Abdouli, et al
  • the interaction of creep and fatigue in an aluminium silicon alloy, M.R.Myers and N.J.Hurd
  • some stochastic aspects of intergranular creep cavitation, S.J.Fariborz, et al
  • creep-fracture models and their image in micro-fractography of heat resistant steels, A.Macienjny
  • applications to prediction of crack initiation in structures
  • on the interest of fusing unified viscoplastic models in the life prediction of engine hot components, B.Dambrine and J.P.Mascarell
  • two- and three-dimensional calculations of anisothermal cyclic plasticity, G.Cailletaud, et al
  • damage and rupture of viscoplastic structures under anisothermal cyclic loadings, A.Benallal and A.Ben Cheikh
  • prediction of crack initiation in a typical component of the vulcain propeller, J.L.Chaboche, et al
  • high temperature inelastic analysis and crack initiation prediction in aircraft gas turbine engines, R.L.McKnight
  • global and local approaches to creep cracking
  • a critical review of the application of global and local approaches to creep crack initiation and growth, P.Bensussan
  • transient sin elevated temperature crack growth, A.Saxena and B.Gieseke
  • an analogue to creep crack growth under plane strain using experiment and finite element methods, Zheng-Dong Wang, et al
  • initiation and propagation of cracks under creep conditions, S.Bhandari and C.Faidy
  • global and local approaches to thermal fatigue cracking and mechanisms
  • (part contents)

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