Search results

Yang, in: Proceedings of the 2nd ACM symposium on Information, computer and communications, ACM, 2007, pp.302–311
Yang: IET Information Security, 6:102–110, 2012
Tian, and Zhu H, in: ISA 2009, LNCS, vol.5576, Springer, 2009, pp.31–40.

Mechanical Characters of six Engineering Timoshenko Beams Hongliang Tian College of Mechanical and Power Engineering, China Three Gorges University, Yichang 443002, China thl19732003@aliyun.com Keywords: Local elastic theory, nonlocal elastic theory, Timoshenko shear parameter, Eringen parameter, carbon nanotubes Abstract.
References [1] Yang Guitong.

Study on the Effect of Foreign Direct Investment and Foreign Trade on Energy Efficiency in the Yangtze Delta Region Using Stochastic Frontier Analysis Approach Xiaowei Yang Business and Trade School, Ningbo City College of Vocational Technology, Ningbo 315100, P.R.
Wenjun Tian (2011) not only confirmed the impact of technological progress, the changes of the industry structure, and structural change of energy consumption on energy efficiency in China, but also tested the importance of market-oriented reforms and opening up to the efficiency of China's energy utilization [5].
[5] Tian Wenjun.

Study of Machine Tool Selection Based on Fuzzy Comprehensive Evaluation Jianping Tian a, Haili Yang b, XiaoQiang Fengc , MaoTao Dengd and Pei Tang e School of Mechanical Engineering, Sichuan University of Science & Engineering, Zigong 643000,China atjp893@126.com, b 718349643@qq.com, c1984501307@qq.com, d dmttaoge@sina.com , e 1275040830@ qq.com Keywords: fuzzy comprehensive evaluation; CAPP; machine tool selection; fuzzy relationship Abstract.
And the national college students' innovation and pioneering project (201210622017) References [1] Yuan Yuelong, Yang Shengqiang, Li Wenhui.
In Chinese [4] Yang Xiaohong, Liu Jianwei.The application of fuzzy comprehensive evaluation technique in CAPP [J].
In Chinese [6] Yang Guanbiao, Gao Yingyi.

Numerical Simulation of Temperature for Al2O3 Ceramics during Micro-Detonation of Arc Strike Machining Xinli TIAN 1,a, Keling LIN 2,b, Baoguo ZHANG 1,c, Chunfang XUE 2,d and Jianquan WANG 1,e 1National Laboratory for Remanufacturing, Academy of Armored Forces Engineering, Beijing China 100072 2Department of Mechanical Engineering, Academy of Armored Forces Engineering, Beijing China 100072 atianxli719251@sohu.com, blinkeling1985@yahoo.com.cn, czhang_baoguo@126.com, dxchunfang@sina.com, ejianquan0514@yahoo.com.cn Keywords: Al2O3 ceramics; micro-detonation of arc strike machining (MDASM); temperature fields; finite element; numerical simulation Abstract: A theoretical model of temperature for Al2O3 ceramics during micro-detonation of arc strike machining was established.
TIAN, J.F.
YANG, C.

Tian: Aeronautical Computing Technique, Vol.42 No.4 (2012), p.113 [3] X.
Tian: Science and Technology Innovation, Vol.12 (2012), p. 39 [4] J.Z.
Yang and S.

Acknowledgement Ai Hua Tian thanks Electrochemical Energy Lab of Korea University for the helpful comments and discussions.
Yang, A.B.
[8] Chris Yang, S.

Thermal Stress and Modal Analysis of Engine Exhaust Manifold Chun Chen 1, a *, Li Ma 1, b, and Zhewen Tian 1, b 1 Automotive Engineering Institute of Wuhan University of Technology, 205 Luoshi Road, Hongshan District, Wuhan 430070, China.
Yang and M.M.
Yang, M.

Preparation of cortex moutan nanoparticles and its microscopic characteristics and physicochemical properties Cui Yu-jia 1, a, Wang Wei-guo 1,b （correspondent） , Li Peng1,c , Zhao Yong-liang1,d, Gu Ya-nan1,e, Meng Tian-tian1,f，Ding Jin-ju1,g， Zhang Peng1,h，Jia Ke1,i 1Bioengineering College, Henan University of technology, Zhengzhou, Henan 450001, China acyj19870402@yahoo.com.cn , b wwgwangwwg@qq.com , c lipengmail@163.com, dzylzhao@yahoo.com.cn, eyanan_gu@126.com, f939752051@qq.com, gdingjinju1258@163.com, hgyzhangchaoquan@126.com, ijiakesunshine@163.com Keywords: Cortex moutan, Paeonol, super-micro-particle pulverization, dissolution, stability, fluidity Abstract.
[3] Xu H B, Yang X L, Xie C S, et al.
[4] Xie C S, Yang X L, Xu H B.

[2]Yang Zhang, Jifei Cai, Liming Ye.
[3]Tian Chen, Zhonghai Yu.
[5] Yang Zhang, Hang Li, Liming Ye.