Creep and Fracture of Engineering Materials and Structures (matsci)

CONTENTS......Page 7
CREEP FUNDAMENTALS I......Page 13
Key microstructural features of diffusional creep......Page 15
∑=3 Grain boundaries in Cu-Ni subjected to diffusional creep......Page 27
Creep of platinum alloys at extremely high temperatures......Page 33
Fatigue behaviour of Cu-SiO2 alloy at elevated temperatures......Page 41
CREEP FUNDAMENTALS II......Page 49
Effect of dynamic strain ageing on deformation of commercially pure titanium......Page 51
Primary creep in polycrystalline alpha titanium: coupled observations and stochastic cellular automation modes......Page 61
Mechanisms and effect of microstructure on creep of TiAI-based alloys......Page 67
Some thoughts on the design of dual scale particle strengthened materials for high temperature application......Page 77
CREEP FUNDAMENTALS III......Page 85
On threshold stress concept......Page 87
Computationally efficient models of the particle coarsening process for use in modelling creep behaviour......Page 97
The creep and fracture behaviour of OHFC copper under bending......Page 107
CREEP OF CERAMICS......Page 117
The effect of lutetium doping on the transient creep in fine-grained single-phase A1203......Page 119
Characteristics of tensile creep in an yttria-stabilized tetragonal zirconia......Page 127
High temperature creep/fatigue of single or multi-phase ceramics with an additional glass/liquid phase......Page 137
Anomalous grain size dependence of creep in molydisilicides......Page 147
CREEP OF MAGNESIUM......Page 157
Creep behaviour and deformation substructures of Mg-Y alloys containing
precipitates......Page 159
Detailed examinations of creep live improvement by high-temperature pre-creep in binary magnesium-aluminium alloys at around O.5-0.6Tm......Page 169
High-temperature creep resistance in magnesium alloys and their composites......Page 175
Strengthening precipitate phases and creep behaviour of Mg - rare earth alloys......Page 185
CREEP OF ALUMINIUM I......Page 195
Low stress creep of aluminium at temperatures near to Tm......Page 197
Correlation between creep properties and tensile test results on aged specimens of a 6061 aluminium alloy......Page 209
On the influence of fibre texture on shear creep behaviour of short fibre reinforced aluminium alloys......Page 219
Microstructural assessment of fibre damage after tensile and shear creep deformation of a short fibre reinforced aluminium alloy with a fibre volume
fraction of 8%......Page 231
CREEP OF ALUMINIUM II......Page 241
Deformation behaviour of a 2219 aluminium alloy......Page 243
Creep behaviour of the particle strengthened aluminium alloy AA2024......Page 253
Application of the Ɵ projection concept to hiduminium RR58 data......Page 263
Creep and creep fracture of the aluminium alloy 2124- T851......Page 273
CREEP OF ALUMINIUM III......Page 281
Creep behaviour oj an A1-2024 PM - 15% SiC composite......Page 283
Fibre breakage during creep of short fibre reinforced AI-7Si-3Cu-1Mg alloy......Page 293
High temperature deformation of an A16061- Al2O3 particulate metal matrix composite......Page 303
CREEP OF INTERMETALLICS......Page 311
Factors influencing the accelerating creep strain rate of near y-TiAI
intermetallics......Page 313
Tensile and creep behaviour of newly developed multiphase titanium
aluminides......Page 323
Microstucturally based understanding of the Ti-52at% Al creep strength......Page 333
Creep behaviour of in-situ TiB Fiber reinforced Ti matrix composite......Page 343
CREEP OF COMPOSITES......Page 353
State of the art of damage-creep in ceramic matrix composites......Page 355
Modelling of non-linear creep in bi-polymer composites......Page 365
Deformation mechanisms in metal matrix composites at elevated temperatures......Page 375
SUPERALLOYS I......Page 385
Modelling and validation of anisotropic creep deformation in single crystal superalloys: variable and multiaxial loading......Page 387
Kinetics of y-channel widening in superalloy single crystals under conditions of high temperature and low stress creep......Page 397
A comparative study of strain relaxation and stress relaxation in nickel-base superalloy IN-738LC......Page 405
Deformation behaviour and development of microstructure during creep of a nickel-base superalloy......Page 417
SUPERALLOYS II......Page 427
Deformation behaviour of a commercial Ni-20%Cr alloy......Page 429
Creep deformation of Ni-20mass%Cr single crystals with [001], [011] and [-111] orientations......Page 439
Stress dependence of strain attained to rafting of y 'phase in single crystal Nickel-based superalloy, CMSX-4......Page 449
Influence of primary and secondary crystal orientations on strengths of Ni-based superalloy single crystals......Page 459
SUPERALLOYS III......Page 469
Effects of phosphorus and boron on the creep behaviour of waspaloy......Page 471
Creep in oxide dispersion strengthened Ni-based superalloy, MA754, with different orientation of columnar grain......Page 481
Creep-fatigue behaviour in a Ni-based DS alloy during high temperature oxidation......Page 491
Influence of nickel on the creep properties of Ir-15Nb two-phase refractory superalloys at 1650°C under 137 MPa......Page 499
ENGINEERING APPLICATIONS I......Page 507
A model to reconcile anomalous creep and fractography behaviour of
reformer plant materials......Page 509
Creep properties of 15-Cr-15Ni austenitic stainless steel and the influence of titanium......Page 519
High-temperature strength of unidirectionally solidified Fe-Cr-C eutectic alloys......Page 527
Materials data management......Page 537
Development of "the NPL creep database"......Page 545
LOW ALLOY STEELS I......Page 555
Creep fatigue problems in the power generation industry......Page 557
R5 creep assessment of welded trunnion and large bore branch components......Page 579
Development of creep life assessment for boiler parts of fossil power plant......Page 591
An analytical approach for interpreting creep curves from small punch test......Page 601
LOW ALLOY STEELS II......Page 613
Creep behaviour of a low alloy ferritic steel weldment......Page 615
A study of weld repairs in a CrMoV service-exposed pipe weld......Page 625
Potential correlation between the creep performance of uniaxial welded specimens and heavy section ferritic welds......Page 635
Extending the life of steam turbine rotors by weld repair......Page 647
"Cold" weld repairs using flux cored arc welding (FCAW)......Page 659
AUSTENITIC STEELS I......Page 669
Microstructural evolution of type 304 austenitic heat resistant steel after long-term creep exposure at elevated temperature......Page 671
Long-term studies on the creep behaviour of the structural material 316L (N) in the low stress range at 550 and 600oC......Page 681
The multiaxial creep ductility of an ex-service type 316H stainless steel......Page 691
ENGINEERING APPLICATIONS II......Page 701
Initiation and growth of creep voids in austenitic steel SUS310S under multi-axial stress conditions......Page 703
Creep of 2. 25Cr-1Mo tubular test pieces under hydrogen attack conditions......Page 711
Creep behaviour of CrMo(V) steel grades and their welds in hot hydrogen environment......Page 721
CRACK GROWTH......Page 735
The effect of cyclic loading on the early stages of creep crack growth......Page 737
Investigation on the cracking behaviour of 316L stainless steel circumferentially notched tubular components under conditions of creep
interacting with thermal fatigue......Page 751
Characterisation of creep crack growth behaviour in type 316H steel using both C* and creep toughness parameters......Page 763
High temperature behaviour of P91-steel weldments......Page 775
Creep and fatigue crack growth in P91 weldments......Page 789
Fracture analysis of individual wires in wire ropes for petroleum drilling......Page 801