Fatigue Under Thermal & Mechanical Loading
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This volume contains 50 contributions presented at the symposium `Fatigue under Thermal and Mechanical Loading'. The symposium addressed the mechanisms, mechanics and modelling of thermal and thermal-mechanical load effects on conventional and advanced structural materials. The proceedings provide an update of the research efforts in thermal and thermal-mechanical fatigue. The papers cover a wide range of materials, including metallic alloys from steels to advanced superalloy single crystals, ceramics as well as composites. Topics encompass recent developments in specimen and component testing techniques, mechanisms and mechanics of inelastic deformation, crack initiation and crack growth, as well as damage modelling for life-time prediction. The book is of interest to materials scientists, mechanical engineers and design engineers involved in the design of components for use at high temperatures. Booknews The 50 contributions address the mechanisms, mechanics, and modelling of thermal and thermal-mechanical load effects on a wide range of conventional and advanced structural materials, including metallic alloys from steels to advanced superalloy single crystals, ceramics, and composites. One section is devoted entirely to modelling; the others cover experimental techniques, component tests, application of codes, damage accumulation and crack growth, and microstructural aspects. Annotation c. Book News, Inc., Portland, OR (booknews.com)
PrefaceCommitteesThe use of plastic strain control in thermomechanical fatigue testing1An experimental system for thermal mechanical and biaxial fatigue studies15Analysis of thermal fatigue tests for superalloy components25The use of an advanced automated crack monitoring system to investigate high temperature fatigue crack growth in a nickel-based superalloy37Bithermal fatigue testing: experimental and prediction problems47Structural integrity assessment of the fusion reactor first wall using the ASME code55Initiation and growth of cracks under thermal fatigue loading for a 316 L type steel67Crack growth from defects in 316L stainless steel components under thermal fatigue/creep loading79Growth and coalescence behaviour of surface multi-cracks in type 304 stainless steel at elevated temperature89Damage and fatigue life of superalloy IN738LC under thermo-mechanical and low cycle fatigue loading97The effect of thermo-mechanical fatigue loading on surface oxidation of IN738LC superalloy103Phenomenological damage parameters for TMF life prediction of DS CM 247 LC109Temperature dependence of the intrinsic small fatigue crack growth behaviour in Ni-base superalloys based on measurement of crack closure119Thermal fatigue behaviour of the nickel-based superalloy CMSX-4131Comparison of single crystal superalloys for turbine blades through TMF tests141Thermo-mechanical fatigue behaviour of SRR99151Importance of crack growth to damage under TMF loading159Influence of cycle shape and specimen geometry on TMF of an ODS nickel-base superalloy169High-cycle fatigue of high-temperature alloys under thermal cycling conditions179The effect of environment on the thermal fatigue behavior of gamma titanium aluminide189Characterization of creep fatigue cracking in type 304 stainless steel199Creep-fatigue behaviour under service-type strain cycling209Sensitivity of fatigue crack growth in a reactor steel to thermomechanical ageing in hydrogen environment215Crack growth resistance of rolling alloys under the influence of thermo-mechanical loading and cooling water environment221Thermo-mechanical fatigue of a composite steel227TMF life and damage mechanism maps for titanium matrix composites237Effects of grain boundary phase viscosity on high temperature cyclic fatigue behaviour of a Si[subscript 3]N[subscript 4]249Thermal fatigue of thermostructural composites259Fatigue behaviour of SiC fibre toughened barium magnesium aluminosilicate glass-ceramic laminates269Effect of temperature change on delamination crack growth of unidirectional CFRP under cyclic loading279Damage development due to cyclic thermal loading in cross-ply carbon/epoxy laminates285Solidification structures and post-fatigue precipitate morphology in a single crystal superalloy295Effect of substrate crystal orientation on the microstructure and fracture properties of nickel aluminide coatings on superalloys subjected to TMF305Characteristics of a population of naturally initiated cracks that evolves during the thermomechanical fatigue testing of SRR99315Thermal-mechanical fatigue behaviour of NiCr22Co12Mo9327Microstructural aspects of damage occurring during thermo-mechanical and low cycle fatigue testing of an oxide dispersion strengthened alloy339Material behaviour and development of microstructure during thermal-mechanical fatigue of a 12% chromium steel349Thermal-mechanical fatigue of the cast aluminium alloy GK-AlSi10Mg wa361The effect of particle size on thermo-mechanical fatigue of Al/SiC metal matrix composites371Modelling of the thermal-mechanical fatigue behaviour of coated and bare nickel-base superalloy single crystal AM1381Crack propagation and life prediction in a nickel-based superalloy under TMF conditions393Crack growth prediction in fatigue and creep with environmental effects403Lifetime prediction in the creep-fatigue interaction regime applying the SRM rule combined with an appropriate constitutive model417The stress-strain behaviour of IN738LC under thermomechanical uni- and multiaxial fatigue loading425Thermo-mechanical behaviour and modelling of an austenitic stainless steel under anisothermal cyclic loadings435A martensitic 10.6% Cr-steel under mechanical and thermal fatigue445Modelling of the stress-strain behaviour of metal moulds457Thermo-mechanical fatigue life prediction method in terms of energy467Thermo-mechanical behaviour of surface mount solder joint during thermal cycling475Fatigue of continuous fiber-reinforced ceramic matrix composites: review of mechanisms and models487Author index501Subject index503
