Search results

Research on General Wheelchair Comfort Design YUAN Yan-li, GUAN Tian-min, TONG Xiao-ying，LEI lei School of Mechanical Engineering, Dalian Jiaotong University, Dalian, Liaoning, 116028, China yyl@djtu.edu.cn, gtm@djtu.edu.cn, txy@djtu.edu.cn, ll@djtu.edu.cn Keywords: Wheelchair, Comfort Design, Individual Design, Ergonomics Abstract.
[4] Deyi Yang: Studying on the synthesizing evaluating of human engineering for car designing, Machinery Design & Manufacture, vol.5(2003), p.119-120.

Application of Digital Factory technology for transmission production line Dequan Wang 1,a,Jialin Li 2,b , Jinhua Ding 3,c, Teng Gao 4,d, Tian Ji 5,e 1Wang Dequan(1964-)male, Dalian, in China's Liaoning Province, Dalian Polytechnic University professor, master, main research enterprise information technology. 2Li Jialin (1987-) male, Dalian, in China's Liaoning Province ,graduate, corresponding author . 3~5Department of Mechanical Engineering and Automation, Dalian Polytechnic University, Qinggongyuan No.1, ganjingzi Distract, Dalian city, China E-mail: awangdq@dlpu.edu.cn, b 215800136@qq.com, c342012450@qq.com Key words: Digital Factory, transmission production line, MES, ERP, ANDON Abstract.
,Digital Factory-Manufacturing in the Information Age, Journal of the Chinese Mechanical Engineering Vol. 1-2 No.11 (2000), p. 93-96 [2] Yang X.Y., Wang De-Quan, Management System Development for Engine-Assembling Line Based on MES, Computer Applications and Software Vol. 26 (2009), p. 203-204 [3] Wolfgang Kühn, simulation enhancing the product and production engineering process, Proceeding(WSC '06 Proceedings of the 38th conference on Winter simulation)(2006),p. 1899-1906 [4] Information on http://www.asia-pacific.digital.com/info/manufacturing/integr.htm

Research on Key Technologies of River Rapid Survey by ADCP Pan Zhang a, Weiying Sun b, Zhizong Tian c, Baosen Zhang d Yellow River Institute of Hydraulic Research, Zhengzhou, China azpyrcc@163.com, b16691232@qq.com, c tzzyrcc@163.com, dzbs1501@163.com Keywords: ADCP. data extraction. mapping technology. the Yellow River Abstract.
[3] Wenxiang Zhang， Xiangxin Luo， Shilun Yang.

Yang et al dispersed silver nanopaticles into PAN nanofibers to increase the electronic conductivity of the fibers [8].
Yang, C.
Yang and D.
Tian, C.
Yang, C.

Finite Element Analysis for the working device of rough terrain forklift Hongfeng Yan1, a, Weiping Wang1,b , Xiangyang Qi1,c, Huixian Zhang2,d, Tian Tian1,eand Yue He1,f 1Chinese Academy of Agricultural Mechanization Sciences, Beijing, 100083, China 2Department of Electrical Engineering, Tsing Hua University, Beijing 100084, China ahongfeng216@163.com, bwangweiping@caams.org.cn, ctezhongsuo@sina.com, dmx0803@163.com, etiantian7728@gmail.com, fheyue3425@163.com Keywords: rough terrain forklift, working device, finite element analysis, stress testing Abstract.
Automation in Construction, August 6, 2010 [4] Zhenhua Yi,Sheng Sun.FEM Simulation for Working Device of ZLK15 Loader. 2010 Second Iniernational Conference on Computer Modeling and Simulation. 2010:186-189 [5] Yang Yu, Lianguan Shen, Mujun Li.

The portable highway secondary prevention of accidents warning device Yifeng Zhu, Xu Yang, Lei Shi* Changchun University of Science and Technology, No.7089 Weixing Road, Changchun 130022, P.R.China E-mail: shilei@cust.edu.cn Key words: Prevention of secondary accidents, Portable speed measurement, License plate recognition, Warning Abstract: Aiming at the application requirements of this over-speed warning system for preventing the secondary accidents on expressway, this study has conducted certain researches on vehicle speed detection, license plate recognition, and wireless warning techniques.
Optoelectronic Technology, 2007, 27(2): 119～121 [4]TIAN Jin-yue,CHENG Zhen-dong,JIANG Rui-ling,CHEN Liao.Model of traffic conflict of expressway maintenance[J].

Analysis on Deck Replacement Plans of the Main Span of Jiubao Bridge SU Qing-Tian, YANG Guo-Tao and WU Chong Department of Bridge Engineering,Tongji University,Shanghai 200092, China 2010expo@tongji.edu.cn Keywords- tied arch bridge; bridge deck; ultimate capacity; FEM Abstract—Bridge decks in composite bridges endure local vehicle load directly and failure is apt to occur in bridge decks, so the decks in Jiubao Bridge were designed to be renewable components.
Frangopol, “Time-dependent interaction between load rating and reliability of deteriorating bridges,” Engineering Structures, Volume 26, Issue 12, October 2004, Pages 1751-1765 [7] Kwang-Min Lee, Hyo-Nam Cho, Young-Min Choi, “Life-cycle cost-effective optimum design of steel bridges,” Journal of Constructional Steel Research, Volume 60, Issue 11, November 2004, Pages 1585-1613 [8] Seung-Ie Yang, Dan M.

In the 1980s, geological disaster study began to combine the specific construction projects with major research tasks, the study transferred to explore the internal laws of disaster and had made many remarkable achievements, such as Professor Yang Meizhong studied geological disaster in coal mining areas from the perspective of disaster chains[6].
Vol.45 (2), (1999), p. 202-209 (In Chinese) [2] Jishan Wu, Lianquan Tian and Zhicheng Kang, in: Debris flow and its comprehensive control.
Journal of Natural Disaster, Vol. 4 (1), (1995), p. 64-93 (In Chinese) [6] Meizhong Yang.
Vol. 17 (4), (1999), p. 305-312 (In Chinese) [10] Xiumei Yang and Shouyun Liang.
Vol. 19 (2), (2008), p. 73-78 (In Chinese) [11] Xiaoqing Xi and Xinbao Yang.

.; Yang, P.
R; Pham, J.; Yang, P.
[5] Tian, Z.; Voigt, J.
Yang, R.; Wang, Z.
Y.; Ding, Y.; Yang, R.

Yang, X.G.
Tian, Preparation of silver/hydroxyapatite Nanocomposite Spheres, Powder Technology, Vol.184(2008),p.21 [2] J.
Yang, S.
Yang, and L.
Yang, and J.