Non-destructive testing and evaluation for structural integrity Baldev RajT JayakumarB P C Rao Integrity Of Engineering Components Pages: 5 - 38
Residual stresses of types II and III and their estimation P Kesavan NairR Vasudevan Integrity Of Engineering Components Pages: 39 - 52
Creep crack growth in power plant materials Parmeet S GroverAshok Saxena Integrity Of Engineering Components Pages: 53 - 85
Remaining life assessment of high temperature components using threshold stress concept Raghubir Singh Integrity Of Engineering Components Pages: 87 - 101
Multiaxial fatigue — An overview V M Radhakrishnan Integrity Of Engineering Components Pages: 103 - 122
High temperature low cycle fatigue P RodriguezS L Mannan Integrity Of Engineering Components Pages: 123 - 164
Stress corrosion cracking and component failure: Causes and prevention U K Chatterjee Integrity Of Engineering Components Pages: 165 - 184
Mathematical modelling of creep/environment interactions B F DysonS Osgerby Integrity Of Engineering Components Pages: 185 - 198
The effect of hydrogen induced cracking on the integrity of steel components Indranil Chattoraj Integrity Of Engineering Components Pages: 199 - 211
Weldability and weld joint failures M N Chandrasekharaiah Integrity Of Engineering Components Pages: 213 - 232
Application of fracture mechanics for weld integrity assessment V R RanganathS Tarafder Integrity Of Engineering Components Pages: 233 - 246
Studies on fatigue crack growth for airframe structural integrity applications R Sunder Integrity Of Engineering Components Pages: 247 - 285
Mechanisms and modelling of creep in superalloys M McLeanL M PanR N Ghosh Integrity Of Engineering Components Pages: 287 - 300
Life-assessment technology for fossil power plants R Viswanathan Integrity Of Engineering Components Pages: 301 - 329
Creep life extension of high temperature components under wall thinning conditions R N GhoshS ChaudhuriL Chattopadhyay Integrity Of Engineering Components Pages: 331 - 339