Sentence examples for microscopic surface roughness from inspiring English sources

The analyzed fibers feature either macroscopic or microscopic surface roughness.

In the case of materials with microscopic surface roughness, any relative motion between the finger and material give rise to the perception of roughness [50 52].

Specimens reinforced with fibers exhibiting microscopic surface roughness, however, feature a pull through bonding mechanism that causes remarkable matrix damage.

Crawling experiments indicate that the microscopic surface roughness and the brittleness of the wax crystals may reduce insect attachment in different modes according to the insect mass differences.

Specimens reinforced with fibers exhibiting microscopic surface roughness exhibit a pull through bonding mechanism between fiber and matrix, which causes limited matrix damage and a diffuse friction contribution to energy dissipation.

In this article, the computational fluid dynamics analysis is descried, using the Lattice Boltzmann method, to examine the result of the microscopic surface roughness of the canalicular wall, which is formed by collagen fibrils, on the flow profiles in the pericellular space.

Various kinds of surface characterizations (i.e., photograph, microscopic image, surface roughness, and water contact angle) together with boiling visualizations were provided and discussed in detail.

The microscopic dynamics of surface roughness and pattern formation induced by ion sputtering can be described by the noisy nonlinear Kuramoto-Sivashinsky (KS) equation [12] which defines the surface height h x, y, t) with x and y lying in the surface plane: (1).

Microscopic observations were made by use of both optical and electron microscopes; whereas surface roughness measurements were made by using a TR100 Surface Roughness Tester.

Reduced florescence signals and surface roughness during microscopic analysis further confirms the antibiofilm activity of Au-CHX against K. pneumoniae ATCC13882 and clinical isolates.

This work will help the reader to apply the most appropriate multiscale modelling strategy and will help to understand the deep mechanism of bone remodeling, since the study is complex and this study will help to model the the influence of the microscopic features such as the surface roughness of the canalicular wall on the profiles of mechanical loading-induced flow of interstitial fluid.