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Online since: November 2013
Authors: Gang Liu, Xue Li, Ying Long Fu
Tian and S.
Yang: Chem.
Tian and S.Wang: Chem.
Tian and Y.
Yang: J.
Yang: Chem.
Tian and S.Wang: Chem.
Tian and Y.
Yang: J.
Online since: January 2015
Authors: Da Zhang, Sheng Bao, Yi Bin Gu, Sheng Nan Hu, Mei Li Fu
Yang derived the magnetization variation as a function of geomagnetic field and stress[3].
[3] Yang E, Li L, Chen X.
[4] Wilson J, Tian GY, Barrans S.
[6] Wilson J, Tian GY, Barrans S.
Diagnostics of Metal Items and Equipment by Means of Metal Magneyic Memory[A].Proc of CHSNDT 7th Conference on NDT and International Research [8] Wilson J, Tian GY, Barrans S.
[3] Yang E, Li L, Chen X.
[4] Wilson J, Tian GY, Barrans S.
[6] Wilson J, Tian GY, Barrans S.
Diagnostics of Metal Items and Equipment by Means of Metal Magneyic Memory[A].Proc of CHSNDT 7th Conference on NDT and International Research [8] Wilson J, Tian GY, Barrans S.
Online since: July 2014
Authors: Gang Liu, Ren Jie Wang, Shou Zhi Pu, Xiao Rong Dong
Tian, S.J.
Yang: Chem Soc Rev.
Tian, Y.L.
Tian and S.J.
Yang: Chem.
Yang: Chem Soc Rev.
Tian, Y.L.
Tian and S.J.
Yang: Chem.
Online since: September 2013
Authors: Gang Liu, Qing Zhang, Zhi Peng Tong
Yang, G.E.
Yang, H.
Yang, H.X.
Tian, B.Z.
Tian and S.
Yang, H.
Yang, H.X.
Tian, B.Z.
Tian and S.
Online since: November 2013
Authors: Li Zhang, Dong Wen Wang, Ye Tian, Liang Ding, Fei Yang, Zong Quan Deng
Design of New Flexible Spiral Conveying Mechanism and Experimental Device
TIAN Ye1, a, WANG Dongwen1,b, ZHANG Li1, DING Liang2,
YANG Fei2 and DENG Zongquan2
1Harbin University of Commerce, Harbin, China;
2Harbin Institute of Technology, Harbin, China
a32336659@qq.com, bwsd11989@163.com
Keywords: Flexible helical blade; Screw conveyor; Compliant mechanism; Transmission capacity model; Power model
Abstract.
Tian ye et al.[1] can tell us the optimization design of structural parameters of the helical rigid and carried out simulation experiments, conclusion is spiral diameter and groove width effect on resistance torque of the larger, spiral angle change has little effect on the resistance torque changes.
Reference [1] Tian Ye, Deng zongquan, Tang Dewei, Jiang Shengyuan, Hou Xuyan: Chinese Journal of Mechanical Engineering Vol.23 No.6(2012.12), p.4 [2] Zhang Lianjie, Liu Shanzen, Zhu Zhencai: Combination Machine Tools and Automatic Processing No.7(2007.7), p.108 [3] Xie Xianhai, Liao Daoxun: Chinese Journal of Mechanical Engineering Vol.39 No.5(2003.5), p.10 [4] Huang Songyuan: Mechanics of Granular Media(Machinery Industry Press, Chinese, 1993)
Tian ye et al.[1] can tell us the optimization design of structural parameters of the helical rigid and carried out simulation experiments, conclusion is spiral diameter and groove width effect on resistance torque of the larger, spiral angle change has little effect on the resistance torque changes.
Reference [1] Tian Ye, Deng zongquan, Tang Dewei, Jiang Shengyuan, Hou Xuyan: Chinese Journal of Mechanical Engineering Vol.23 No.6(2012.12), p.4 [2] Zhang Lianjie, Liu Shanzen, Zhu Zhencai: Combination Machine Tools and Automatic Processing No.7(2007.7), p.108 [3] Xie Xianhai, Liao Daoxun: Chinese Journal of Mechanical Engineering Vol.39 No.5(2003.5), p.10 [4] Huang Songyuan: Mechanics of Granular Media(Machinery Industry Press, Chinese, 1993)
Online since: October 2012
Authors: Hui Li, Gang Liu, Xiao Ting Li
Tian and S.
Yang: Chem.
Tian: J.
Yang, J.K.
Yang: J.
Yang: Chem.
Tian: J.
Yang, J.K.
Yang: J.
Online since: April 2012
Authors: Gang Liu, Ming Liu, Shi Qiang Cui
Tian and S.J.
Yang: Chem.
Tian, B.
Tian and S.
Yang: J.
Yang: Chem.
Tian, B.
Tian and S.
Yang: J.
Online since: May 2011
Authors: Shou Zhi Pu, Zhi Peng Tong, Wei Jun Liu, Shi Qiang Cui
Tian, and S.
Yang: Chem.
Yang, J.
Tian: Chem.
Tian, B.Z.
Yang: Chem.
Yang, J.
Tian: Chem.
Tian, B.Z.
Online since: January 2014
Authors: Yi Hong Zhao, Rong Fa Chen, Hua Yang, Long Wu, Qing Qing Li, Zhi Long Li, Hua Feng Lu
Influence of the heat treatment on the structure and property of the foam glass
Long Wu, Yihong Zhao1, a, Rongfa Chen, Hua Yang, Qingqing Li,Zhilong Li, Huafeng Lu
1College of Mechanical Engineering, Yangzhou University, China,
ae-mail: Yihongzhao99@sina.com
Keywords: foam glass, calcium carbonate, macro morphology, microstructure, mechanical property
Abstract.
[3] TIAN Ying-liang 1, QU Pei-yuan.
[5] TIAN Ying-liang SUN Shi-bing ZHANG Lei.
[8] TIAN Ying-liang, Zou Yu-lin, ZHAO Fei, Wu Jun.
[10] TIAN Ying-liang, ZHAO Fei, ZOU Yu-lin, WU Jun.
[3] TIAN Ying-liang 1, QU Pei-yuan.
[5] TIAN Ying-liang SUN Shi-bing ZHANG Lei.
[8] TIAN Ying-liang, Zou Yu-lin, ZHAO Fei, Wu Jun.
[10] TIAN Ying-liang, ZHAO Fei, ZOU Yu-lin, WU Jun.
Online since: November 2012
Authors: Li Wu, Liang Gang Zhang, Yun Lai, Jian Chen
The proposed method is applied to a Tian jiashan Tunnel construction of Shanghai-Kunming (Hu-Kun) high-speed railway.
Based on the case of Tian jiashan Tunnel in Hu-Kun high-speed railway, this paper introduced fuzzy mathematics to establish a three-stage fuzzy synthetic evaluation model.
Case analysis Tian jiashan tunnel is located in section IV of Hu-Kun high-speed railway in Hunan, it starts from DK394+235 to DK394+778, with the length of 543m, and the maximum buried depth of 50.4m.
(3) In the case of Tian jiashan tunnel, the paper combined the analytic hierarchy process and fuzzy synthetic judgment to get the ranking weight vector.
References [1] QI Shi-fang, JIA Yue-yang.
Based on the case of Tian jiashan Tunnel in Hu-Kun high-speed railway, this paper introduced fuzzy mathematics to establish a three-stage fuzzy synthetic evaluation model.
Case analysis Tian jiashan tunnel is located in section IV of Hu-Kun high-speed railway in Hunan, it starts from DK394+235 to DK394+778, with the length of 543m, and the maximum buried depth of 50.4m.
(3) In the case of Tian jiashan tunnel, the paper combined the analytic hierarchy process and fuzzy synthetic judgment to get the ranking weight vector.
References [1] QI Shi-fang, JIA Yue-yang.