Sentence examples for modeling of fracture from inspiring English sources

Modeling of fracture clusters is difficult with the assumption of random fracture locations.

Our findings provide critical hints for atomistic-informed multiscale modeling of fracture of two-dimensional materials.

The model results provide constraints relevant for bio-mimetic material design and multiscale modeling of fracture in human bone.

Both the shielding and cohesive results have implications for the accurate modeling of fracture processes in metallic materials.

This paper introduces an open source comprehensive software package for stochastic modeling of fracture networks in two- and three-dimension in discrete formulation.

This work outlines a rigorous variational-based framework for the phase field modeling of fracture in isotropic porous solids undergoing large elastic plastic strains.

Hydraulic fracture planes are embedded using our EDFM preprocessor, which allows the modeling of fractures with different geometries distributions.

Figure 15 shows elastic and conventional models of fracture oil saturation.

A 2-D and single-phase model of fracture gas reservoir was developed (Shane and Hattingh 2009).

This BEM approach is the most popular in the modelling of fracture problems and lead to accurate results.

Four models of fracture networks with different facture spacing and varied inclination angle are considered.