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Field Test of a Multigirder Concrete Bridge of 25m Span Jianrong Yang1, a, Zuoxiong Zheng2,b, Xiaodong Yang1,c and Hongda Bai3,d 1Faculty of Civil Engineering and Architecture, Kunming University of Science & Technology (Chenggong Campus), Kunming, 650500, China 2Urban & Rural Planning & Design Institute of Yunnan, Kunming, 650228, China 3Broadvision Engineering Consultants, Kunming 650011, China acarpenter_y@sina.com, b150038275@qq.com, cyxd_km@yahoo.com.cn, dmaster_bhd@163.com Keywords: Bridge load test, multigirder bridge, RC T beam, efficiency ratio, dynamic amplification factor, FEM model Abstract.
When further refinement in the bridge analysis or material understanding is not achievable or when it becomes uneconomic, load testing should be considered [4].
Acknowledgements This work was financially supported by the National Natural Science Foundation of China (51068012).
Journal of Structural Engineering, Vol. 118, No. 6, 1998: 1608-1625
Construction and Building Materials, Vol 18, No. 9, 2004: 661–667.

The study of Fernandes[7] indicates that material flow need to be simplified during the period of QC process.
Determine the factors of Fuzzy causal analysis as follows: V= {V1 , V2 ,V3 ,V4 ,V5 ,V6}= {human, machine, material, method, environment, measured} 3.
Acknowledgment This paper supported by the Natural Science Foundation of Zhejiang Province, China(LY12E09001, Y1080429); the Key Subject Program of Ningbo, China (szxl1055).
Tao: Guangxi Social Science, (2011) No.9, pp.66-67
Pan: International Journal of Quality & Reliability Management, Vol. 23 (2006) No.9, pp. 1192-1201

Study on Adhesion and Biocompatibility of copolymer of MMA-BMA-MAA for Coronary Stents Coatings Li-Li Tan a , Ke Yang b, Bing-Chun Zhang c and Yong Liang d Institute of Metal Research Chinese Academy of Sciences 72 Wenhua Road, Shenyang, 110016, China a lltan@imr.ac.cn, bkyang@imr.ac.cn, cbchzhang@imr.ac.cn, d yliang@imr.ac.cn Keywords: Copolymer of MMA-BMA-MAA; coronary stent coating; adhesion; biocompatibility Abstract Implantation of drug releasing coronary stents has been developed as an useful method for prevention of the restenosis in blood vessels.
This problem may be aggravated in the presence of an implant material.
The RGR(%) of the four kinds of materials are more than 75, and the cytotoxicity levels are 0 or 1, which come within the permissible limit[7].
Yoon Ki Joung, Hyun I1 Kim, Sung Soo Kim, Kwang Hoe Chung, Yang Soo Jang and Ki Dong Park: Journal of Controlled Release, Vol.92,1-2, (2003), p.83 6.
Autian: Polymer science and technology, Vol. 8 (1975), p. 181.

Experiment of Finger Deformation by Pneumatic Nozzle Zhongsheng SUN1,a, Liangpeng KOU1,b, Yuetong QIU1,c and Xiaoning LI1,d 1School of Mechanical Engineering Nanjing University of Science and Technology Nanjing, China a billsun1978@163.com, bkouliangpeng@163.com, c1003947599@qq.com, dXnli139@139.com Keywords: skin deformation, viscoelatic model, tactile display, virtual reality Abstract.
Fig.6 The dynamical change of finger Fig.7 Profile of finger deformation Fig.8 Fitting curve from original deformation in different pressures data of finger deformation Biomechanical Characteristics of Finger Pad The soft tissue of finger skin, a type of viscoelastic material, is different from the traditional elastic material and metal plastic material as well.
Acknowledgements This work was financially supported by National Natural Science Foundation of China (No: 50905089) and Qing Lan Project.
Journal of Biomedical Optics,2003,8(1):80-86

The materials are shown in Table 1.
Table 1 Material properties used in modeling (for bracket and skin panel) Parameters Mass density Young’s modules Poisson ratio Bracket 7.85×103 [kg/m3] 2.06×105 [MPa] 0.3 Skin panel 2.6×103 [kg/m3] 7.0×104 [MPa] 0.33 Table 2 Comparison of coordinate values of the riveting points Riveting points Theoretical coordinates （undeformed） Coordinates after deformation by FES Coordinates by analytical calculation P1 913.3532 4800.5839 913.738 4799.036 913.6124 4799.0181 -2931.9375 -2934.913 -2934.7949 P2 1065.1751 1065.5898 1065.4207 4800.0799 4798.507 4798.5163 -2160.4067 -2162.36 -2162.2747 P3 915.3162 915.7056 915.5482 4800.1961 4799.784 4799.7574 -1388.8016 -1390.67 -1390.6802 P4 913.1735 913.4356 913.6072 7000.5839 6999.039 6998.9893 -2931.7198 -2933.69 -2933.5452 P5 1065.9954 1066.2205 1066.4285 7000.0799 6998.492 6998.4998 -2160.1891 -2162.11 -2162.0354 P6 915.1364 915.3973 915.569 7000.1961 6999.807 6999.7616 -1388.584 -1390.39 -1390.4513 Fig.6 Component and total deviation
This work is supported by National Natural Science Foundation of China (Grant No. 51375396).
Mechanical Science and Technology for Aerospace Engineering, 2010, 30 (6): 897-901.
ASME Journal of Engineering for Industry. 1991, 113 (4): 412-418

Influences of Processing and Testing Conditions on Flexural Behavior of Fiber-reinforced Polymer-modified Cement Mortar Weideng Chena, Shiyun Zhongb* School of Materials Science and Engineering, Tongji University, Shanghai 201804, China Key Laboratory of Advanced Civil Engineering Materials of Ministry of Education, Tongji University, Shanghai 201804, China a chenweideng@163.com, b syzhong@tongji.edu.cn *Corresponding author: syzhong@tongji.edu.cn Keywords: polymer-modified mortar; fiber-reinforced; flexural behavior; crack; three-point bending test Abstract.
Li, Strain-hardening fiber cement optimization and component tailoring by means of a micromechanical model,Construction and Building Materials. 24 (2010) 130-139. ,[] Hyun-Do Yun, Sun-Woo Kim, Young-Oh Lee, Keitetsu Rokugo, Tensile behavior of synthetic fiber-reinforced strain-hardening cement-based composite (SHCC) after freezing and thawing exposure, Cold Regions Science and Technology. 67(2011) 49-57. ], and the cracked material is weak facing aggressive media, even include water.
Materials and Tests All the specimens have the same composition, and moulded in size of 40×40×160 mm3.
Fig. 1 Illustration of the test apparatus Fig. 2 Loading-displacement (deflection) diagram with LVDT[[] Zhang Dong, Liu Juanyu, Chen Bing, Wu Keru, Analysis of the Determination of Fracture Energy of Concrete Using Three-point-bending Method , Journal of Building Materials. 2(1999) 206-211. ] of a typical bending test After the test is completed, a loading-displacement diagram like Fig.2 is got.
Mixing the materials in low speed is necessary to prevent the decrease of fluidity and the increase of viscosity, so that the mortar will have better mechanic performance.

Moreover, AC is easy to be synthesized that lead to a reasonable price range compared to other carbon materials.
AC is often used as an electrode material in energy storage devices [6], but its advantages in structure properties could make them one of the influential materials for composites.
Rubber materials may suit various industrial applications, such as tire component, electrical shield, shock damper, and vibration-proof [7].
Trauth, Aligned carbon nanotube arrays formed by cutting a polymer resin-nanotube composite, Science 265 (1994) 1212-1214
Azam, Development of high performance electrochemical capacitor: A systematic review of electrode fabrication technique based on different carbon materials, ECS Journal of Solid State Science and Technology. 2 (2013) M3101-M3119

Kinematics Analysis for a 4-DOF Palletizing Robot Manipulator Zhao Yong-guoa, Xiao Yong-feib and Chen Tiec Shandong Provincial Key Laboratory of Robot and Manufacturing Automation Technologyine Institute of Automation, Shandong Academy of Sciences,Jinan, 250014, China asduzyg@163.com, bxyf@keylab.net, cchent@keylab.net Keywords: Palletizing Robot;Kinematics Analysis Abstract.
The forward kinematics model and inverse kinematics were introduced in detail.The robot has been applied in the packaging industry with good results and it can be widely used in material handling, sorting, and other fields of logistics automation industry and has a broad market prospect. 6 References [1] Cai Zi-xing, Robotics[M].
Journal of Harbin Institute of Technology (NewSeries), 2006, 38( 5): 698~701 [5] Xie J, QiangWY.

Due to the industrially sensitive nature of the substrate tooling materials used in the study, substrate names have been replaced with the notation ‘Substrates 1, 2 and 3’ Materials and Experiment Method Coating Combinations.
The difference in average coefficient of friction between the three materials was less than 10%.
Applied Surface Science, 313, 720-729
Materials & Design (1980-2015), 31(5), 2517-2531
Journal of Materials Processing Technology. 174 (1–3), 334-341

Study on the form of mercury in Chinese coal Guofang Wu1,a, Qingcai Liu1,b, Yuanpei Lan1,c, Jian Yang1,d, Wei Gao1,e 1College of Material Science & Engineering, Chongqing University, 174 Zhengjie Road, Shapingba , Chongqing 400044,China awgf9725@163.com, bliuqc@cqu.edu.cn, clanyuanpei@cqu.edu.cn, d3383165@qq.com, egaoweicqu@163.com Keywords: coal, mercury, form Abstract.
Environmental Science and Technology.2012, 46(11):6385-6392
Earth Science， Journal of China University of Geosciences. 2007, 32(2):279-284.