By Tian Huang (ed.), Dawei Zhang (ed.), Bin Lin (ed.), Anping Xu (ed.), Yanling Tian (ed.), Weiguo Gao (ed.)
This booklet includes chosen papers from the 14th overseas production convention, IMCC2011, held in China. The papers expose the most recent advancements within the box of fabrics production know-how: from basics to new applied sciences and purposes. specifically, those papers conceal the themes of complex production know-how and kit, materials-forming technology and know-how, digital production structures and administration, glossy layout concept and method, and MEMS and Ultra-precision machining. assessment from ebook information Inc.: An October 2011 convention provided a discussion board to debate leading edge study, fresh expertise, and rising software tendencies within the fields of complicated production know-how, smooth administration, and layout idea and method. This publication bargains a complete of 172 peer-reviewed papers from the convention, written by way of researchers and business practitioners. fabric is geared up into sections on complicated production expertise and gear, material-forming technological know-how and expertise, electronic production structures and administration, sleek layout thought and techniques, and MEM and ultraprecision production. a few particular issues comprise laser surprise processing of Ni-base supperalloy and high-cycle fatigue houses, the impact of sq. wave AC parameters on weld forming functionality, the dissolution mechanism of copper weld brazing with Cu-based brazing alloys, and a morphological filtering set of rules for estimation of software put on in CNC milling machining. different topics investigated are buckling optimization of perforated curved shells, balance research of a processor unit in a deep-sea program, errors modeling for a grasp slave surgical robotic approach, and complex optics purposes utilizing ultra-precision free-form machining know-how. B&w pictures are included. Read more...
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Additional info for Advances in Materials Manufacturing Science and Technology XIV
34 Numerical Analysis of Surface Temperature in Grind-Hardening Based on Time Variation Heat Flux Y. Q. Gea and L. cn Keywords: Grind-hardening, Grinding force, Grinding temperature Abstract. The invariable heat flux is always loaded in temperature simulation for grind-hardening. The heat flux is time-variant in actual process. The paper uses experiment result of grinding force to calculate out the time variation heat flux. The grinding temperature is simulated based on time variation heat flux by ANSYS software.
Q. Chen: Study on Correlation between the Thermoelectric Properties and Wear Resistance of YG8N Cemented Carbide Inserts (J), Cemented Carbide, (2010. 2) (in Chinese)  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)  W. Y. Chen, X. Chang, G. J. 11), p. 39 (in Chinese)  D. W. An: The Improving of Calibrating Device for Tool-Workpiece Thermocouples (D), Beihang University, (2009.
The reason should be the reduced resistance of chip disposal, which improved flute surface by pre-coating and post-coating treatment of the helical flute. The test results showed that the new type of deep hole twist drill had a reasonable structure design and had good cutting performance as the competitor’s drills. The actual cutting tests were carried out. Tool life of the new deep hole twist drills and competitive drills abroad during drilling different materials were compared and analyzed. The findings can be summarized as follows: (1) The structure of the new deep hole twist drill has overcome the shortcomings of the conventional twist drills; the flute space, the chip-evacuation ability, and the tool life was greatly improved.