Sentence examples for roughness patterns from inspiring English sources

The critical reviews on various artificial roughness elements available in literature have been conducted and the effects of the roughness patterns are discussed.

These results show that neural network models are suitable to predict tool wear and surface roughness patterns for a range of cutting conditions.

The predictions show good agreement with the experimental results and illustrate the importance of taking the scale effect into account when designing components containing different surface defects types or roughness patterns.

Employing these multiple approaches we show that spatially variable roughness patterns are partly a consequence of the ability of flowing ice not only to smooth the bed but also to redistribute and remove sediments, and to do this along-flow.

According to the results, the mean stiffness and damping behaviours are significantly affected by the roughness pattern and the height of roughness.

Surface roughness generated after the turning operation is used to model the surface roughness pattern which is further used to simulate ball burnishing process using finite element based software DEFORM-2D.

The erosion of surface material by ion sputtering is a fundamental process, which leads to the formation of surface roughness and patterns at the nanoscale.

A novel procedure for biopolymer surface nanostructuring with defined surface roughness and pattern dimension is presented.

Due to the high macroporous silicon surface roughness, the patterning of electrodes with dimensions below 5 μ m is a challenge.

The nano-engineered coating integrates a soft lubricating layer, consisting of MoS2 PTFE, onto hard load-supporting layers, with controlled surface morphology (roughness and patterning) of cBN TiN.

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).