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

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

This booklet comprises chosen papers from the 14th overseas production convention, IMCC2011, held in China. The papers reveal the newest advancements within the box of fabrics production expertise: from basics to new applied sciences and purposes. particularly, those papers hide the themes of complex production expertise and kit, materials-forming technology and know-how, digital  Read more...

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During the grinding process, the key to improve the grinding efficiency is how to control the distribution of abrasive particles and sustain this state as long as possible. Based on the cluster magnetorheological (MR) effect, the authors have presented a novel cluster MR effect grinding method. In this grinding technique, the abrasives can be restricted and their moving traces can be controlled by external magnetic field which improves removal rate efficiency [4-5]. In this polishing technique, some magnetic bodies are arranged regularly in the grinding disc, then carbonyl iron particles in the grinding fluid are induced to form the magnetic chains by the external magnetic field, and the abrasive particles are restricted by the chains.

Chen: Study on Correlation between the Thermoelectric Properties and Wear Resistance of YG8N Cemented Carbide Inserts (J), Cemented Carbide, (2010. 2) (in Chinese) [2] H. J. Xu: Research on Dynamic Calibration Method of Tool-workpiece Material thermoelectric properties (A), Nanjing University of Aeronautics and Astronautics (1982. 4) (in Chinese) [3] W. Y. Chen, X. Chang, G. J. 11), p. 39 (in Chinese) [4] D. W. An: The Improving of Calibrating Device for Tool-Workpiece Thermocouples (D), Beihang University, (2009.

This paper is committed to the development of solid carbide deep hole twist drill with the length-to-diameter ratio (L/D) about 12. The comparative cutting tests to the competitive drills were conducted to verify the new deep hole twist drill having reached the level of competitive tool in terms of tool life, chip breaking and chip disposal. Currently, the problems for conventional twist drill in deep hole drilling are as follows: (1) Narrow flute; difficult chip disposal; distinct cutting vibration; high chip load.

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