Sentence examples for models for fractured from inspiring English sources

In previous work by Fouad (Medical Engineering and Physics 2010 [23]), 3D finite element (FE) models for fractured bones with function-graded (FG) bone-plates and traditional bone-plates made of stainless steel (SS) and titanium (Ti) alloy were examined under compressive loading conditions using the ABAQUS Code.

The results of analysis and calculation for actual cases have validated the applicability of proposed solution for OOIPSRV estimation and verified the convenience of developed models for fracturing network parameters calculation.

3D permeability tensor model for fractured media is proposed on basis of the co-ordinate transformation principle.

Based on the quantitative characterization of 3D tensor permeability and Gangi's permeability stress sensitivity model, a new 3D Permeability tensor mathematical model for fractured media is derived.  .

Based on the quantitative characterization of 3D tensor permeability and Gangi's permeability stress sensitivity model, a new 3D Permeability tensor mathematical model for fractured media is derived.

In this paper, the pressure transient model and rate decline model for fractured vertical wells in shale gas reservoir have been presented, and the parameters' sensitivity analysis has been studied.

Based on the quantitative characterization of 3D tensor permeability and Gangi's permeability stress sensitivity model, a stress-dependent 3D permeability tensor mathematical model for fractured media is established.

This study presents analytical models for naturally fractured tectonic reservoirs (NFTRs), which essentially correspond to type I fractured reservoirs, including the effects of the nonlinear gradient term for radial flow, single phase (oil), for constant rate in an infinite reservoir.

We evaluate several process-dependent conceptual models for fractures and identify the relevant fracture subsets related to these processes.

Thin-film models for fracture toughness (amorphous Si: K1C = 1.49 ± 0.22, poly-Si: K1C = 3.36 ± 1.37) are applied, discussed, and found to be consistent with literature values.

The results provide insight into the structure evolution of adhesion interface with mobile promoter molecular, which are useful for future developments of continuum cohesive models for fracture of polymer polymer interfaces.