Sentence examples for mode fracturing from inspiring English sources

Wu (2006) revealed mixed mode fracturing by applying mode III loading to the cylindrical PMMA samples with a circle internal fracture.

Figure 1 shows a mode fracture with a perpendicular displacement to its walls.

Through observation of the fracture surfaces, different fracture mechanisms are found for pure mode I and mixed mode fractures.

We reveal analytically that, with increasing pressure, hydraulic fracture in shales may sequentially undergo friction locking, mode II fracture, and mixed mode fracture.

Therefore, mixed mode fractures were generated by applying mode I loading to the specimens.

Figure 3b shows the specimen slightly curling up due to energy release after a brittle mode fracture.

The subsequent debonding propagation is studied by using a mixed mode fracture criterion.

The effect of plate thickness on the mixed mode fracture solution is also investigated.

Critical cracking temperature was predicted using mixed mode fracture mechanics, and the predictions provide a reasonable match to experimental observations.

This paper describes an experimental study to determine Mixed Mode fracture toughness for thick glass/vinylester specimens.

In particular, mixed mode fracture toughness data is required in order to study the damage criticality in such structures.