Download Advances in Materials Manufacturing Science and Technology by Tian Huang (ed.), Dawei Zhang (ed.), Bin Lin (ed.), Anping PDF

By Tian Huang (ed.), Dawei Zhang (ed.), Bin Lin (ed.), Anping Xu (ed.), Yanling Tian (ed.), Weiguo Gao (ed.)

ISBN-10: 161344706X

ISBN-13: 9781613447062

This ebook comprises chosen papers from the 14th foreign production convention, IMCC2011, held in China. The papers divulge the most recent advancements within the box of fabrics production know-how: from basics to new applied sciences and functions. specifically, those papers disguise the subjects of complex production know-how and gear, materials-forming technology and know-how, digital  Read more...

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O. G. V. Davis: Proceedings of the Institution of Mechanical Engineers Vol. 188 (1974), p. L. K. C. Dewes: Journal of Materials Processing Technology Vol. 150 (2004), p. 116 [4] B. Shi and H. Attia: Machining Science and Technology: An International Journal Vol. 14 (2010), p. 149 [5] B. Shi, H. Attia and N. Tounsi: Journal of Manufacturing Science and Engineering Vol. 132 (2010), p. H. J. Y. Chen and J. Zhu: Tool Engineering Vol. 44(2010), p. 3 (in Chinese) [7] B. Shi, H. Attia and N. Tounsi: Journal of Manufacturing Science and Engineering Vol.

The workpiece hardness was 44HRC, and the tool material was M-grade high speed steel. The machine tool was perfectly rigid and no influence of machine tool dynamics on machining was considered. 05mm, width of tooth 12mm, the following rake angles were used: 10°, 12°, 15°, 18°. (2) For 15° rake angle, the three factors and three-level orthogonal design used were listed in Table 1. 35mm in height. 015mm cutting edge radius and 3mm length of cut. Coolant options used were as follows: (1) Coolant area option: Exclude tip vicinity; (2) Distance from cutting edge tip: 1mm; (3) Heat transfer coefficient: 10000W·m-2·K-1; (4) Coolant temperature: 20℃.

5mm), the grinding wheel contacted entirely with the workpiece by the wheel width regardless the positions θ. It is found that in this zone (Fig. 4(a)), the above conditions for the martensitic transformation were satisfied with the peak temperatures reaching at the same value (≈ 1,050oC). These will enable the generation of a hardened layer with uniformity in thickness. 5mm (Fig. 5mm (Fig. 4(c)). 5mm), the peak temperatures were below the Ac3. Material cannot be hardened but experiences an annealing process.

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