Sentence examples for macro material from inspiring English sources

Relationships between micro spring parameters and macro material constants are derived from the Cauchy-born rules and the hyperelastic theory.

The micro-cell captures the key microstructural features and is embedded into a macro material element at the specimen surface.

Some of the desirable features for describing fatigue damage may include scale transition, say from micro to macro, material inhomogeneity and micro-asymmetry independent of macro-symmetry of applied load.

Through this proposed constitutive model, it is found that the Hookean matrix derived from the SW potential matches that of a linear elastic continuum, which suggests that there exists a corresponding relationship between the micro physical parameters of SW potential and the macro material constants.

A concurrent topology optimization model of macrostructure and microstructure is established, where the objective is to maximize the macrostructural stiffness subject to volume constraints on the macro-material distribution and phase materials.

Compared to conventional macro-scale materials, nano materials, such as nanoparticles, nanowires, nanotubes, nanorods, and thin films with meso-scale pores, have unique transport properties (i.e., more efficient electron transport), better optical excitation and high detection efficiency.

Because of their small size, ENMs possess chemical or physical characteristics improved compared to the corresponding macro-sized material.

From the recovered macro-plant material studied by Charles and Bogaard, there is a dominance of glume wheats (mainly einkorn) and a lack of emmer.

We report the synthesis and bioactivity studies of 3-dimensional macro-porous material produced by thermal treatment of organic inorganic hybrid composite.

The effect of strain rate and phase interfacial strength have been included to develop macro-level material failure envelopes for a 2D plain weave and 3D orthogonal microgeometry.

The "parallel bundle of pores" model for representing the macro-pore structure of a catalyst pellet has been modified to provide a theoretical framework for pellets which have an outer skin of denser macro-pore material.