effect of mechanical loading of the delamination of stratified composite in mode I

The experimental test campaign aims at assessing the interlaminar mechanical behavior in pure mode I, in order to determine the parameters associated to the traction-separation law

The experimental test campaign aims at assessing the interlaminar mechanical behavior in pure mode I, in order to determine the parameters associated to the traction-separation law

As reference standard fatigue tests in mode I at 10 Hz were con- ducted to determine the Paris law and fatigue propagation growth onset curve (G–N). A new data reduction was settled

The effect of different formu- lation conditions, including the content and molecular weight of the polymer as well as the solid to the liquid ratio, on the composite

Maillet, Irène and Michel, Laurent and Souric, FrÏdÏric and Gourinat, Yves Mode II fatigue delamination growth characterization of a carbon/epoxy laminate at high frequency

As reference standard fatigue tests in mode I at 10 Hz were con- ducted to determine the Paris law and fatigue propagation growth onset curve (G–N). A new data reduction was settled

Since it is recognized that plasticity is at the origin of large history effects, a global cyclic elastic-plastic model for the crack tip region is useful for predicting mixed

Mode II fatigue crack growth of delamination in unidirectional tape and satin-woven fabrics laminates of high