Sentence examples for material distribution on from inspiring English sources

A model that can decouple the effects associated to the geometrical arrangement, shape and size of the particles together with material distribution on one side and the material properties on the other can give a relevant improvement in the understanding of the underlying processes.

This optimum design is used as the initial design to perform topology optimization based on a density approach to study the effects of material distribution on structural performances.

This paper presents the combined effects of relative density and material distribution on the elastic constants and the yield strengths of metallic honeycombs.

Numerical results of the sinusoidal, third-order, first-order and classical theories are presented to show the effect of material distribution on the deflections and stresses.

We instead provide numerical results to show the combined effects of relative density and material distribution on the initial and full yield strengths and all the five independent elastic constants of metallic honeycombs.

Some numerical results are presented to investigate effects of different parameters including temperature changes, material length scale parameter, beam thickness, Poisson's ratio and power index of material distribution on the FG microbeam behavior.

As a conclusion from these thought experiments, optimality of Nox1's RtRS critically depends on the material distribution of subunits and on a fine-tuned balance between the rates in the reversible reactions of the system.

In the case of AgBr loaded TiO2 composite material, distribution of smaller size AgBr particles on the TiO2 particles could be seen (Figure 3a).

Numerical results highlight the effect of different material distributions on natural frequencies and mode shapes and the accuracy of the proposed models.

Detailed parametric investigation is carried out to examine the influences of boundary conditions, geometric parameters and material distributions on the natural frequencies of the spherical shells.

The effects of relative density, length ratio, cell wall angle and material distribution parameter on the dispersion relations of hexagonal and re-entrant hexagonal structures are investigated.