Sentence examples for relative void from inspiring English sources

Remaining differences can be attributed to differences in the microscopic structure of the meso-porous material (meso-pore diameter, internal porosity or relative void volume).

The model material and process parameters can be optimized to maximize the relative void velocity with respect to the resin, thus achieving effective void migration and overall porosity reduction during processing.

From the experimental results, it can be observed that the E to and β values were all not proportional to their nanowire densities (revealed in Table 1), we could conclude that nanowire density was not the essence in deciding the FE efficiency of nanostructured arrays, and that it was indispensable to consider the aspect ratio including the tip morphology and the relative void ratio.

Further, we elucidate that the effective mode area can be tailored to any desired value between 38 264 μm2 at the telecommunication wavelength of interest by reducing the relative void ratios, which can be useful in the domain of fiber laser applications.

This paper studies the effects of the initial relative void spacing, void pattern, void shape and void volume fraction on ductile fracture toughness using three-dimensional, small scale yielding models, where voids are assumed to pre-exist in the material and are explicitly modeled using refined finite elements.

Into this relative void comes new research from the University of New Haven.

The performance of considered heat exchanger was studied for three different soil compaction levels with distinct values of relative density, void ratio and porosity.

Distinctive properties, such as high strength and low compressibility relative to high void ratios, high liquid limits, and low natural densities, were explained.

As the magnetic characteristics of a material are strongly influenced by its overall structure, magnetic techniques can be used to characterize the location and relative size of voids and cracks.

In tissue with disconnected voids, the mechanism of gas diffusion no longer follows a simple parallel mechanism that states that the effective diffusivity is the porosity-weighted sum of the diffusion in the air spaces and the cells, but the relative thickness of voids and cells in a serial layer model are also important.

The present numerical analysis investigates the relative density distributions, the void closure behavior, the deformation mechanisms and the stress strain distributions around the internal voids for various rolling conditions.