Sentence examples for the evolution of cutting from inspiring English sources

Figure 12 shows the evolution of cutting force components for cases C2 to C7, which represent six polycrystalline structures (i.e., 16.88, 14.75, 13.40, 8.44, 6.70, and 5.32 nm, respectively, in terms of grain size).

The results of an experimental study concerned with the evolution of cutting forces, tool wear and surface roughness, as functions of time when turning the particulate metal matrix composite A356/20/SiCp-T6 are presented.

This development has been catalyzed by the broad availability of improved remote sensing datasets and the evolution of cutting-edge data mining techniques for remote sensing data analysis [7, 14].

Figure 5a,b compares the evolution curves of cutting force components, F x and F y, for cases C10, C4, and C11.

Nevertheless, a more significant increase in both force components is observed as the depth of cut increases from 10to1515 Å, compared with that when the depth of cut increases from 15 to 20 Å. Figure 5 Evolution of cutting forces for three cases with three depths of cut (DOC).

Figure 11 Evolution of cutting forces at the machining speeds of 25, 100, and 400 m/s.

This result is consistent with the literature on conventional machining and nano-scale monocrystalline machining [35, 36]. Figure 8 Evolution of cutting forces for three cases with three rake angles.

The focus is made on the effect of the pre-cited cutting parameters on the evolution of surface roughness and cutting force components during hard turning of AISI D3 cold work tool steel with CC6050 and CC650 ceramic inserts.

And that should underline how important it is to slow down the evolution of antibiotic resistance, by cutting back inappropriate use of antibiotics in everyday medicine and on farms.

At the gallery, significant early works by Rongrong are on display, including the "East Village" series, which depicts the evolution of Beijing's cutting-edge art and performance scene in the 1990s.

The research will give a distinct understanding for the formation of the subsurface deformed layers and the effect of cutting parameter on the evolution of the SSD layers, and underpin the scientific development of nano-cutting.