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Local Stress Analysis of Orthotropic Steel Bridge Decks in High-Speed Railway Yunsheng LI a, Yang Tian b and Yanling Zhang c School of Civil Engineering, Shijiazhuang Tiedao University, Shijiazhuang 050043, P.R.

Study on a new green packaging material performance and development Zhenjie Du1,a, Wanyu Gao*1,b, Changjun Liu 1,c, Jian Yang1,d , Shengjun Liu1,e and Feng Tian*1,f 1Institute of Medical Equipment, Academy of Military Medical Sciences, Tianjin, 300161, China ayangduhan@yeah.net, bweizhuangsuogao@126.com, chunterlcj@ 163.com , djian-yang03@mails.tsinghua.edu.cn , elsj_tj@ yahoo.com.cn , ftianfeng62037@yahoo.com.cn Keywords: honeycomb board, package, performance Abstract: A new green packaging material—honeycomb board was studied.
Acknowledgements: I am very grateful to the corresponding authors, Wanyu Gao and Feng Tian, who give valuable advice to this article.

Yang, M.
Yang, Z.X.
Yang, Y.
Tian, Y.G.
Tian and J.L.

Nonlinear Earthquake Response Analysis of A New RC Frame Multi-ribbed Composite Walls Structure Jie Tian 1,a, Zhichao Yan1,b and Yangyang Cao1,c 1 School of Civil Engineering and Architecture, Xi’an University of Technology, Xi’an, China atianjie@xaut.edu.cn, b270143601@qq.com, cyccy2@163.com Keywords: RC frame multi-ribbed composite walls structure, low yield strength steel panels, multi-ribbed composite walls, nonlinear dynamic time-history analysis, earthquake response, hysteretic energy dissipation.
[5] Tian Jie,Yao Qianfeng.

Suppressing Stress and Defect Clustering in 8-inch PVT-grown 4H-SiC Crystals via High-Temperature Post-Growth Annealing Liang Qiao1,a*, Rusheng Wei1,b, Kaili Mao1,c, Tian Li1,d , Yupeng Gao1,e, Guohong Wang1,f and Hongwei Liu1,g 1Shanxi Semicore Crystal Co., LTD., Taiyuan 030000, China aqiaoliang1411@163.com, bsdumadrabbit@163.com, cmaokaili001@aliyun.com, d13306490035@163.com, eqwert141122@126.com, fzxcvb141122@163.com, gyuiop141122@163.com Keywords: 8-inch SiC, Annealing, Point defects, Residual stress, XRD, Birefringence, Abstract.
Hu, X.L Yang, Mechanism reveal of threading edge dislocation multiplication during the initial stage of 4H-SiC growth, Cryst.
Yang, N.
Yang, B.
Yang, X.F.

Yang（1972）derived the relationship of equivalent confining pressure and equivalent cohesion based on the triaxial tests for the reinforced soil such as Eq. 2
[3] Yang.
Dao-tian, Research on the reinforcement technology and stress-strain behavior of geo-grid rock-fill for Qingfengling earth dam Nanjing: Hohai University, 2004
[10] Yang Z.
[15] Luan Mao-tian，LI Jing-feng，Xiao Cheng-zhi，et al .Numerical analysis of performance of geogrids reinforced retaining walls by nonlinear FEM.

The Preparation of the Highly Preferred Orientation of Wurtzite Structure Zinc Oxide Films Lan Lei-Lei1,a,Zhou Dan2,b,Gu Guang-Rui1,c*,Wu Bao-Jia1,d, Tian Lian-Hua1,e 1 Department of Physics, College of Science, Yanbian University, Yanji 133002, China 2 State Key Laboratory for Superhard Materials, Jilin University, Changchun 130012, China a 1060760595@qq.com, b 747836188@qq.com, c grgu@ybu.edu.cn, d jbwu@ybu.edu.cn, e lhtian@ybu.edu.cn, *corresponding author Keywords: magnetron sputtering, ZnO thin films, structure, substrate temperature Abstract.
Yang, R.
Yang, S.
Yang, Z.
Yang, L.

Yang, M.
Yang, F.F.
Yang and Y.L.
Tian: Springback law of thin-walled 6061-T4 Al-alloy tube upon bending[J].
Yang: Springback prediction model considering the variable Young’s modulus for the bending rectangular 3A21 tube .

Yang, Adv.
Tian and X.D.
Yang, Y.
Yang, H.
Yang, J.

Study on Features of 532nm Laser as Laser Source of Lidar Zhang Peng1, a, Xi Mingming1, a, Wang Manman1, a, Liu Pu1, a, Liu Tao1, a, Peng Hui1, a, Ren Guidong1, a, Tian Chun-Lin1, b* 1College of Mechanical and Electric Engineering, Changchun University of Science and Technology, Satellite Road No.7089, Changchun Jilin China, 130022 a2014200051@mails.cust.edu.cn, b*48851795@qq.com (Corresponding Author) Keywords: 532nm laser, Nd3+:YAG laser, High power, Laser tracking system Abstract.
When the pump sources of solid laser are working, there will be a lot of light energy is converted to heat, in order to prevent thermal lens effect of Nd3+:YAG crystal rods in the condensing cavity is produced due to uneven heating, further damage the end face of crystal rods, the water cooling device is adapted for cooling the working environment inside the condensing cavity in common, water cooling device adopts the model of PH-LW16-BHP water cooling machine which is produced by the Dong Lu yang company, the total power is 1.0KW, The rated flow is 33.3 L/min, the pump head can reached 21 m, ensure the temperature in the condensing cavity can keep in a constant state for a long time.
Yang, P.
Yang, L.
Yang, Y.