Table of contents - Special Issue: 1st International Conference of the IJSI, Porto, Portugal, June 25-28, 2012
Fatigue modelling of aluminium plates reinforced with bonded fibre metal laminates
Jeremy Doucet, Xiang Zhang, Philip IrvingThis paper aims to present the implementation of a finite element (FE) model used to establish crack and delamination development in a Glare reinforced aluminium plate under…
Retardation of fatigue crack growth in aircraft aluminium alloys via laser heating: Simulation-based design optimisation
Dirk Schnubel, Manfred Horstmann, Norbert HuberWhile normally the formation of thermally induced residual stresses is seen mainly as detrimental side effect from production processes like welding or casting, the well-directed…
Finite element crack propagation analysis of shear loaded buckling panels
Julia Bierbaum, Peter HorstIn former work, test results of cracks in aluminium panels under cyclic shear buckling showed that cracks in the tensile stress field of a buckle propagate. The main influencing…
Safety factors in structural integrity assessment of components with defects
Yury MatvienkoThe purpose of this paper is to develop basic principles of deterministic structural integrity assessment of a component with a crack- or notch-like defect by including safety…
Bounds on the compression buckling strength of hygro-thermally curvature-stable laminate with extension-twisting coupling
Mohd Hafizi Shamsudin, Jingjing Chen, Christopher B. YorkThe purpose of this paper is to investigate the buckling strength of simply supported plates with mechanical extension-twisting coupling. Bounds of the compression buckling…
Fatigue crack propagation behavior in railway steels
Daniel Peixoto, Luis Andrade FerreiraThe present paper aims to characterize the fatigue crack propagation behavior of wheel and rail steels, in particular the AVE wheel steel and an UIC60 rail steel, including…
ISSN:
1757-9864Online date, start – end:
2010Copyright Holder:
Emerald Publishing LimitedOpen Access:
hybridEditors:
- Dr. José A.F.O. Correia
- Prof. Shun-Peng Zhu