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Effects of silica fume addition on the spalling phenomena of reactive powder concrete Kaipei Tian1, a, Yang Ju1,b, Hongbin Liu1,c, Jinhui Liu1,d, Li Wang1,e, Peng Liu1,f, Xi Zhao1,g 1 State Key Laboratory of Coal Resources and Safe Mining, Beijing Key Laboratory of Fracture and Damage Mechanics of Rocks and Concrete, China University of Mining and Technology, Beijing 100083, China atiankp@163.com, bjuy@cumtb.edu.cn, clhb@cumtb.edu.cn, dljh_200610@163.com, echubai000624@163.com, fpliucumtb@126.com, gzhaoxi-0112@163.com Keywords: Reactive powder concrete (RPC), Spalling, Silica fume, Temperature distribution.
Tian, S.
Tian, S.

Yang, D.
Yang, X.
Yang, N.
Yang, H.
Tian, M.C.

The experiment on soil water characteristic curve considering the effect of urea concentration Gaiqing Dai Dongfang Tian Yao RuanLang Tian Youle Wang Hydraulic & Environmental Engineering College, Three Gorges University of China, yichang, Hubei Province, China 1261819748@qq.com,tdf_2005@163.com,1429736813@qq.com, 1542450186@qq.com,1320659811@qq.com, Key words: Unsaturated soil mechanics; Soil-water characteristics curves; Urea concentration; Suction Abstract: A new soil water characteristic curve (SWCC) experiment contemplating urea concentration is presented in the paper.
References [1] Jian Zhou and Jian-lin Yu, Influences affecting the soil-water characteristic curve, Journal of Zhejiang University SCIENCE, 2004 [2] Yang and Lu Ting-Hao, Study of Soil-Water Characteristic Curve Using Microscopic Spherical Particle Model, pedosphere, 2010 [3] Matula,S,Mojrova,M,Spongrova,K.

Preparation and Characterization of Nano-SiCp Strengthened MCrAlY Graded Coating by Laser Multi-Layer Cladding Wang Dongsheng1, a, Tian Zongjun2, b, Yang Bin3, c and Shen Lida4, d 1, 3 Department of Mechanical Engineering, Tongling University, Tongling, China, 244000 1, 2, 4 College of Mechanical and Electrical Engineering, Nanjing University of Aeronautics and Astronautics, Nanjing, China, 210016 awangdongsheng@tlu.edu.cn, wangds@nuaa.edu.cn, btianzj@nuaa.edu.cn, cyangbinwindows@163.com, dldshen@nuaa.edu.cn Keywords: Laser cladding; MCrAlY graded coating; Nanometer SiC particles; Microstructure; Microhardness Abstract.
Yang: J.

Center of gravity fuzzy systems and the probability distributions based on the circle operators Xue Yang1, a, Xiao-tian Wang2,b and Xue-hai Yuan3,c 1 School of Control Science and Engineering, Dalian University of Technology, Dalian 116024, China 2 School of Mechanical Engineering and Automation, Northeastern University ,110819, P.R.
[8] Wenli Yang: Quoted on the linear model.

Software Defect Distribution Prediction For BOSS System Wan-Jiang HAN1, a, He-Yang JIANG2,b, Yi SUN1,c and Tian-Bo LU 1,d 1 School Of Software Engineering ,Beijing University of Posts and Telecommunication, Beijing, China 2 International School, Beijing University of Post and Telecommunication Beijing, China ahanwanjiang@bupt.edu.cn, b2014213480@bupt.edu.cn, csunyisse@bupt.edu.cn Keywords: residual defect prediction, defect distribution model, BOSS, defect trend.

Computational modal analyses of a steel nuclear containment vessel Tian Chunlai, Yang Lin, Zhao Ruichang State Nuclear Power Technology Corporation Research & Development Center, Beijing, 100190, China tianchunlai@snptrd.com Keywords: modal analyses; steel nuclear containment; finite element; free software.

Review on the specific characteristics of the sediment movement in estuary sandbar area: with the Yangtze Estuary as an example Jie Gu1, a, Xiaoli Wang1, Xin Qin1, Danqing Ma1, Jizhong Yang1, Tian Hu1, Yuan Wang1 1College of Marine Sciences, Shanghai Ocean University, Shanghai, China a email: jgu@shou.edu.cn Key words: Sandbar; Sediment movement; Specific characteristics; The Yangtze Estuary Abstract.
Tian. in: Research Review on The Effects of Saltwater Intrusion in Estuary .
Yang, X.Z.

YANG: Practical Technology in Corrugated Box Production (Beijing: Chemical Industry Press, 2006)
TIAN, J.Y.
TIAN: Packaging Engineering Vol.28(2007), p. 106.

and , the Relevance Failure Degree between and is represented as: (2) Reliability Modeling Tian[4] proposed a method for calculating the failure rate based on Weibull(scale, shape) distribution: (3) where scale is the lifetime parameter, which measures the average life of the node.
[3] Li W, Yang Y, Yuan D.
[4] Tian G H, Meng D, Zhan J F.