Sentence examples for core failure modes from inspiring English sources

Despite the high degree of complexity of the models due to the various skin and core failure modes that have to be covered, the results correlate well with test data, allowing for efficient parameter studies or detailed evaluations of damage patterns and energy absorption mechanisms.

In bending, two competing core shearing failure modes reduce the strength; deflection induced by the core shearing deformation reduces the flexural rigidity.

Moreover, because of the low shear stiffness and the elastic constants mismatch of the skins and core material, failure modes and strength are strongly influenced by eventual stresses orthogonal to the middle plane of the sandwich.

Interactions between the indentation mode and the core shear failure mode, as well as the role of face/core debonding were evaluated as part of the failure mechanism.

The main focus of this research is to understand the flexural behavior of hollow core slabs and failure modes with hybrid strengthening techniques including bonded overlay and near surface mounted (NSM) glass fiber reinforced polymer (GFRP) bars.

Analytical models for the collapse of the composite cores by these failure modes are presented.

The effect of skin strength, bending span and core thickness on the failure modes and loads was investigated.

Three competing failure modes, viz., core indentation, core shear and face failure/microbuckling, are considered.

The primary failure modes of cores transfer from core crushing and inelastic deformation to cracks and fragmentation with the increasing applied impulse and core density.

The study showed that Eco-Core has well defined failure modes and associated fatigue lives.

The results show that tensile crack and core shear are the dominant failure modes.