Sentence examples for modelling for materials from inspiring English sources

To do so, we need to develop tailored modelling for materials using probabilistic approaches in order to take into account the scatter of physical properties occurring in the manufacturing process or inherent to fatigue mechanisms.

Its usage can make material behaviour modeling for numerous materials accurate, fast and user-friendly.

A dislocation model for materials with very narrow slit pores is proposed.

Thus, the development of rigorous models for materials structure, materials defects, microstructure evolution, and the behaviour of materials became a second thrust of materials science.

The model includes considerations of stability, quench protection, structural requirements, etc., in addition to cost models for materials and fabrication.

Hafezalkotob and Hafezalkotob (2016a) inserted the objective significance coefficients based on Shannon entropy in an extended MULTIMOORA model for materials selection.

This paper presents the theoretical formulation and numerical implementation of an anisotropic damage model for materials with intrinsic transverse isotropy.

The successful application of modeling methods to facies distribution according to general flow (HU) in the GD field opened up a new direction for the construction of geological models for materials such as sandstones.

This paper enriches the constitutive relation with the micro fracture mechanism presented in SW potential, providing a new micro constitutive model for materials.

A geometrical model for materials with liquid grain boundaries (GB) is proposed, which allows one to determine the solid contact length between grains.

Being a general model for materials that otherwise have a low Peierls stress, it has broad application and has been successfully applied to Al-X alloys, Mg-Al, twinning in Mg alloys, and recently fcc High-Entropy Alloys.