Fatigue & Fracture of Engineering Materials & Structures

Thermomechanical design in the automotive industry
pp. 887-895(9)
Authors: J. J. THOMAS; L. VERGER; A. BIGNONNET; E. CHARKALUK

Modelling ductile fracture behaviour from deformation parameters in HSLA steels
pp. 897-909(13)
Authors: S. SIVAPRASAD; S. TARAFDER; V. R. RANGANATH; K. K. RAY

A simple model for the prediction of the fatigue delamination growth of impacted composite panels
pp. 911-922(12)
Authors: D. G. KATERELOS; A. PAIPETIS; V. KOSTOPOULOS

Residual strength of unidirectional fibre-metal laminates based on J_C toughness of C(T) and SE(B) specimens: comparison with M(T) test results
pp. 923-929(7)
Authors: E. M. CASTRODEZA; F. L. BASTIAN; J. E. PEREZ IPIÑA

A local approach to cleavage fracture in ferritic steels following warm pre-stressing
pp. 931-942(12)
Authors: S. HADIDI-MOUD; A. MIRZAEE-SISAN; C. E. TRUMAN; D. J. SMITH

Fatigue of beta titanium alloy at 20, 482 and 648 °C
pp. 943-955(13)
Authors: P. A. SOLIMINE; C. J. LISSENDEN

A new model for describing a stable cyclic stress–strain relationship under non-proportional loading based on activation state of slip systems
pp. 957-966(10)
Authors: T. ITOH; M. KAMEOKA; Y. OBATAYA

The use of multiaxial fatigue models to predict fretting fatigue life of components subjected to different contact stress fields
pp. 967-978(12)
Authors: J. A. ARAÚJO; D. NOWELL; R. C. VIVACQUA

Information on conferences/seminars
pp. 979-980(2)