Fatigue & Fracture of Engineering Materials & Structures

Brazilian Special Issue
pp. 95-95(1)
Author: R011011011011011011uggieri, C011011011011011011laudio

Evaluating the linear normalization technique for deriving J-resistance curves
pp. 97-106(10)
Authors: TARPANI, J. R.; COLAFEMEA, A. A.; BOSE FILHO, W. W.; SPINELLI, D.

On the fitting and extrapolation of J-resistance data derived through the linear normalization technique
pp. 107-114(8)
Authors: TARPANI, J. R.; BOSE FILHO, W. W.; SPINELLI, D.

Effect of single and multiple overloading on the residual fatigue life of a structural steel
pp. 115-121(7)
Authors: RAMOS, M. S.; PEREIRA, M. V.; DARWISH, F. A.; MOTTA, S. H.; CARNEIRO, M. A.

A shakedown model for high-cycle fatigue
pp. 123-135(13)
Authors: CRUZ, I.; ZOUAIN, N.

Fatigue crack propagation prediction by cyclic plasticity damage accumulation models
pp. 137-150(14)
Authors: DURÁN, J. A. R.; CASTRO, J. T. P.; FILHO, J. C. P.

On the explicit evaluation of stress intensity factors in the hybrid boundary element method
pp. 151-165(15)
Authors: DUMONT, N. A.; LOPES, A. A. O.

Fibre reinforcement and fracture response in geopolymeric mortars
pp. 167-172(6)
Authors: SILVA, F. J.; THAUMATURGO, C.

Micromechanics modelling of ductile fracture in tensile specimens using computational cells
pp. 173-181(9)
Authors: DOS SANTOS, F. F.; RUGGIERI, C.

Information on conferences/seminars
pp. 183-184(2)