Sentence examples for models for crack from inspiring English sources

Stochastic models for crack growth were suggested in many publications.

Currently, most physics-based models for crack initiation are built for constant amplitude loads (CA).

The fatigue crack growth threshold conditions for effective stress intensity amplitude are examined using simple phenomenological models for crack face interference and internal stresses.

The results are interpreted on the basis of current cohesive zone models for crack propagation by microcavitation in elastic plastic materials.

The large number of Cartesian co-ordinate variables involved in crack front representation makes it prohibitively expensive to train surrogate models for crack growth.

The analysis of this issue has led to the conclusion that 2-dimensional models for crack extension in a load cycle along the entire crack front is unrealistic.

Models for material nonlinearity include tensile, compressive and shear models for cracked concrete and a model of reinforcing steel incorporating the smeared crack approach.

An analytical model for crack growth rate is proposed using the concepts of the dimensional analysis.

Finally a stress-dependent model for crack growth based on fatigue accumulation is discussed.

The failure model for crack initiation in brittle adhesive layers is based on Finite Fracture Mechanics and makes use of a coupled stress and energy criterion.

We present a non-dimensional analytical model for crack propagation in a z-pinned double cantilever beam specimen (DCB) under mode I loading.