Mechanical Behaviour of Materials

Contents of Volume 2Contents of Volume 3PrefaceCharter of International Congress on Mechanical Behaviour of MaterialsAcknowledgementsCommitteesConference TimetableNomenclatureConversion UnitsTheme I: High Temperature Deformation and Failure Material Considerations for Gas Turbine Engines Some Useful Concepts for the Designer in Treating Cumulative Fatigue Damage at Elevated Temperatures Micromechanisms of Fracture and Elevated Temperature Fracture MechanicsTheme II: Environmental and Time-Dependent Effects Environmentally Enhanced Cracking of Engineering Alloys - Its Scope and Influence on Large Scale Engineering Projects Design Against Environment-Sensitive Fracture Environment Sensitive Fracture - Controlling ParametersTheme III: Forming and Machining of Materials A Short Review of Metal Forming Mechanics and Some Processes of Current Research Interest Principles of Material RemovalTheme IV: Designing with Brittle Solids Some Aspects of Materials and Structures Engineering with Ceramics for Engine Applications Structural and Microstructural Design in Brittle MaterialsTheme V: Designing with New Materials Designing with Brittle Materials Old Materials - New Materials The Stiffness and Creep Behaviour of Ultra High Modulus PolyethyleneTheme VI: Fast Fracture in Ductile Materials Fracture in Ductile Materials from a Design ViewpointAuthor IndexSubject IndexContents of Volume 1Contents of Volume 3PrefaceAcknowledgementsCommitteesNomenclatureConversion UnitsTheme I: High Temperature Deformation and FailureWorkshop 1: Thermo-Mechanical Loading Effects on Deformation and Failure Fatigue Strength of Superalloys Subjected to Combined Mechanical and Thermal Loading Crack Propagation in Metals During Thermal Shock Macroscopic Description of the Microstructural Changes Induced by Varying Temperature: Example of IN-100 Cyclic Behaviour Thermal Fatigue Testing of Gas Turbine Materials Akinetic Deformation Criterion for Creep Low-Cycle Fatigue Under Nonisothermal Loading Effect of Thermal Cycle on Low Cycle Fatigue Life of Steels and Grain Boundary Sliding Characteristics Tensile Hold-Time Effects on Isothermal and Thermal Low-Cycle Fatigue of 304 Stainless Steel Thermal-Mechanical Low-Cycle Fatigue Under Creep-Fatigue Interaction on Type 304 Stainless SteelsWorkshop 2: Fatigue Life Assessment High Temperature Cyclic Life Prediction Life Prediction of Pipe Components An Interactive Damage Equation for Creep-Fatigue Interaction The Influence of Time Dependent Deformation on Fatigue Behaviour at Ambient and Elevated Temperatures Ultimate States Design in Concentration Zones Under Low-Cycle High Temperature Loading Damage Formation During Fatigue-Creep Interactions Damage Mechanisms in the High Temperature Low-Cycle Fatigue of a Cu-Cr-Mg Alloy Deformation and Intergranular Fracture During High Temperature Creep and Creep Fatigue Effects of Environment and Hold Times on High Temperature Low Cycle Fatigue Behaviour of 316L Stainless SteelWorkshop 3: Effects of Service Loading and History in the Creep Range Creep Cavitation and Rupture in 21/4Cr 1Mo Steel Under Uniaxial and Multiaxial Stresses Properties and Microstructure of 316 Stainless Steel The Deformation Behaviour of Thick Walled Pipe at Elevated Temperatures Biaxial Stress Change Experiments During High Temperature Creep Creep Deformation and Cavitatition Damage in Nimonic 80A Under a Triaxial Tensile Stress Creep in Butt-Welded Tubes of Cold Worked AISI 316 with Internal Pressure Thermoviscoplastic Response of Cylindrical Structures Using a State Variable Theory Expectation of Life of Cast Cr-Mo Steam Turbine Casings After 100 000 hr OperationWorkshop 4: Creep Life Assesment Creep Damage Accumulation an