Sentence examples for mechanics based failure from inspiring English sources

A fracture mechanics based failure criterion for unidirectional composites under combined loading has been developed.

A continuum mechanics based failure theory for microcracks is proposed in this paper, drawing analogy with micro-column buckling.

The analytical and experimental results are also used for a preliminary quantitative evaluation of a fracture mechanics based failure criterion for the strengthened beam.

Simulations for non-standardized Single Edge Notch Bending (SENB) and Double Edge Notch (DEN) specimens were carried out using a continuum damage mechanics based failure model implemented as an user defined material model within ABAQUS software.

Topac et al. (2017) employed the damage criteria LaRC04 developed by Pinho et al. (2005) to further improve the accuracy of modelling matrix cracking using such continuum damage mechanics based failure criteria where the transverse cracks through the thickness have been accurately simulated compared to experimental measurement under the relatively fine meshing strategy.

A continuum damage mechanics (CDM) based failure model is used to incorporate the progressive post-failure behavior.

They are combined on the basis of fracture mechanics based statistical failure probability model to predict failure probability of a monolithic crown subjected to single-cycle indentation load.

This paper presents a simple damage mechanics based progressive failure model for thin woven carbon composites under impact loading.

In terms of advanced damage mechanics, more failure modes observed in experiments were included in prediction models, for instance, failure in out-of-plane directions, yarns/matrix interface, non-linear shear failure modes, etc. Continuum damage mechanics based on fracture energy showed a better capability to evaluate internal damage states of braided composites.

The experimental results are subsequently used as a basis for developing a mechanics based multiscale computational model for H3DTC deformation, damage and failure response in flexure.

CZEs use a strength-based failure criterion to predict the onset of damage and a fracture mechanics based approach to predict its growth.