Sentence examples for evolution in materials from inspiring English sources

A quantitative picture of defect segregation energetics is essential to the understanding of dynamic processes of defect evolution in materials under irradiation.

More comprehensive models taking into account these important factors are called for to describe the complex defect evolution in materials upon irradiation.

Those who have not studied some thermodynamics and kinetics at the undergraduate level are advised to take 3.012 Fundamentals of Materials Science and Engineering and 3.022 Microstructural Evolution in Materials.

In situ microscopy studies with high spatial and temporal resolutions are ideally-suited for the quantitative description of factors controlling morphological, structural, and compositional evolution in materials and often reveal surprising and previously unknown aspects about the materials.

These findings proved the necessity of incorporating twinning and its associated hardening mechanisms in realistic constitutive descriptions to account for anisotropic strain-hardening behavior and texture evolution in materials that deform by both slip and twinning.

It is well known that rheology has been a powerful tool to investigate the structures or the structural evolution in materials.

It is necessary to consider the anisotropic deformation behavior and microstructure evolution in material selection and structure design for the impact components.

Nevertheless, fluorine substitution leading to a higher Ni content clearly results in reduced gas evolution in these materials.

This paper is devoted to a numerical implementation of the Francfort Marigo model of damage evolution in brittle materials.

An analytical model based on cumulative damage has been used for predicting the damage evolution in composite materials.

Energy-dispersive X-ray (EDX) spectrum imaging was used to examine the elemental evolution in both materials.