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Xu et al. studied three-level supply chain model which retailer regarded CVaR minimum as objective function of the material supplier, manufacturer and retailer[9].
Acknowledgements This work was financially supported by the National Nature Science Foundation of China (71001089) and Zhejiang Natural Science Foundation (LY13G01003).
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Acknowledgements This work was supported by the Polish Ministry of Education and Science under the research project No. 3 T08C 060 28.
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Development High Stiffness Ratio of Stiffened Membranes for Small Flat Speakers Feng-Min Lai1, Meng-yu Wu2, Cheng-Mao Yang3 and Wei-Sheng Shih4 1Associate Professor; Material Science and Engr., DYU, Taiwan; E-mail: fengmin@mail.dyu.edu.tw 2,3,4Graduate Student; Material Science and Engr., DYU, Taiwan; E-mail: R0015017@mail.dyu.edu.tw Keywords: Membrane, Coating, Carbon nanotubes, Stiffness, Uniformity, Manufacturing parameters Abstract.
(1) Fig. 1 Machine of tensile tests Speaker implementation & measurement First was used of the SolidWorks 2010 software, design small flat speaker appearance (Fig. 2) , it’s specifications about L33mm × W21mm × H12mm (length × width × height), part of the framework was used acrylic material, surround material was the choice of polyurethane (Polyurethane, referred to as of PU) , Magnets using magnetic force strong NdFeB.
Acknowledgements This research was supported by Merry Electronics CO., LTD and the National Science Council of Taiwan under Grant No.
[5] Takeo, S., Osamu, Y., and Hideo, S., “Effect of Voice-Coil and Surround on Vibration and Sound Pressure Response of Loudspeaker Cones”, Journal of the Audio Engineering Society, Vol. 28, No. 7-8, pp. 490-499, 1980

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Billet Continuous Casting Mold Oscillation System Oscillates Simulations and Swing Arm Strength Analysis Qunfeng Fu1, a, Jiangang Liu2,b and Fengjiao Du3,c 1 Mechanical and Electronic Engineering College; Jiangxi University of Science and Technology, China 2 Mechanical and Electronic Engineering College; Jiangxi University of Science and Technology, China 3 Mechanical and Electronic Engineering College; Jiangxi University of Science and Technology, China a Fqf9999@163.com, bliujiangang198703@126.com, cfengjiao19870426@126.com Key words: Mold oscillation; Swinging arm; The finite element analysis; Optimization.
Fig.2 Swinging arm diagram The Finite-Element Analysis of Swing Arm From engineering sense brittle materials can be classified into two categories: Brittle broken and yield damage.
And the strain energy start off to study material strength, then, using the fourth strength theory in material mechanics book to analyze the deformation of Swinging arm.
Modern Applied science.Vol.3(January 2009),p.117-125 [5] Wang Kai, Zhao Yudong:Finite Element Strength Analysis on Cylinder.
Internal Combustion Engine.Vol.6( Dec.2008),p.1-6 [6] Xu Rui:Finite Element Strength Analysis for Motorcycle Franie.Journal of Chong Qing Institute of Technology (Natural Science Edition) .Vol.2l(November 2007), p.1-4 [7] Chen Yihou.Li jianwen:Analysis of Important Components of YC 450Traveling Block with Finite Element Method.Machine Building 8 Automation.Vol.39( Apr.2010),p.76—79

Acknowledgement This research was supported by Grant No.50825505 from the National Natural Science Foundation of China, by Grant No.2010J01296 from the Natural Science Foundation of Fujian Province/China, and by Projects from the Department of Science and Technology in Fujian Province/China (2008H2004).
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The diamond particles, being the hardest material known to man and more than twice as hard as tungsten carbide which is the material of honing rings, provide a superior wear resistance surface and sharp cutting edges.
Acknowledgments This project is sponsored by the National Natural Science Foundation of China (No.50875158), Shandong Natural Science Foundation（ZR2010EM072）, Shandong Natural Science Foundation for Excellent young Scientist (No.
JQ200816) and Shandong Education Department Science and Technology Plan(No.
Hipke: CIRP Annals - Manufacturing Technology 57, p.621-640 (2008) [2] T.Yu, Y.X.Qian, K.Dong and S.Y.Wang: Advanced Materials Research Vol. 135 (2010) pp 111-115 [3] Information on http:// www.hermesabrasives.com [4]Yu T., Wang S.Y., Chen X.L. and Fan Y.X., Key Engineering Materials Vols. 407-408 (2009) pp 28-32 [5]G.
Neubert: Surface & Coatings Technology 202 (2008) 5151–5157 [7]Liao Qiang, Du Nan, Zhao Qing, Zhou Hai-Fei: Journal of Materials Engineering, n SUPPL., p 334-337, July 2006

Properties of materials[8,9,10] Substrate BC TC Density 7860 7700 6037 Specific heat(J/Kg℃) 456 628 500 Young's modulus(GPa) 225 225 53 Poisson's ratio 0.27 0.27 0.25 Results of analysis Effect of vertical crack length Fig.3.
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Acknowledgement This work is supported by the Nature science foundation of China (50271045) and the Aeronautics Science Foundation ( 2007ZE52057).
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