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The Applications Of Concrete Cut-Off Wall In The Reinforcement Of The Earth Dam Jinglong LI1, a, Shucai LI1,b and Shuchen LI 1,c 1 school of civil engineering Shandong University, China alijl@sdu.edu.cn, bshucaili@sdu.edu.cn, cshuchenlli@sdu.edu.cn Keywords: concrete cutoff wall; earth dam; numerical analysis Abstract.
The analysis model is set up by the engineering analysis software FLAC3D.
However, due to various reasons in engineering, ordinary concrete cut-off wall are still applied generally.
Calculation Of Incremental Effective Stress By Vacuum Preloading And Its Application To Engineering.
Chinese Journal of Rock Mechanics and Engineering[J],2006,25(Z2)

Models of Aqueducts with Different Height-Width Ratio on Rigid Buttress Fei Leng1, a, Dongwang Fu2, b 1College of Civil and Transportation Engineering, Hohai University, Xikang Road 1, Nanjing, China 210024 2Nanjing Water Planning and Designing Institute, Honghuacun Road 136, Nanjing, China 210006 aphileng@gmail.com, b42738604@qq.com Keywords: Aqueduct; Seismic Analysis; Water-Structure Interaction; Analysis Model Abstract.
Introduction Water Diversion Engineering can solve the problem of uneven distribution of available water resource between different regions and is employed in many countries.
Aqueduct is a common structure in water diversion and thus seismic analysis of aqueduct is of importance for water diversion engineering.
Xie: Journal of Hydraulic Engineering.
Hu, J.yan and K.Wang: Journal of Hydraulic Engineering.

Analysis and Research of Deep Foundation Pit Pars Horizontal Displacement Prediction Method JianBo Sun1,a, Dong Wang2,b 1,2Faculty of Civil Engineering and Architecture, Kunming University of Science and Technology.
High buildings, large municipal facilities to the construction and the development of underground space will face a problem-of deep foundation pit engineering.
Many factors influence the pit deformation[1], there are three major types: (1) the natural factors, including the scene hydrogeology conditions and engineering environmental conditions; (2) design factors; (3) the construction technology factors.
Therefore, the model is suitable for using in the need to strictly control the deformation of foundation pit engineering.
,Hou: Foundation Engineering Handbook .( China Building Industry Press, China 1996),P195

The Study and Applications on Fiber Bragg Grating (FBG) Monitoring System for Deep and Large Deformed Soft Ground Hong ZHANG 1,a, Youping LIU 1,b, Jianhua LI 1,c, Maodong XIONG 2,d 1Department of Civil Engineering, Nan Chang Institute of Technology, Nan Chang 330099, China; 2Jiang Xi Highway Exploitation Parent Company, Nan Chang 330038, China; azhanghlion@163.com, bliuyouping24@tom.com, cgdwjljh@163.com, dcsulyp@126.com Keywords: Soft ground, Fiber Bragg Grating (FBG) monitoring, long range optical fiber displacement sensor, burying technology.
References [1] Guangqing WEI, Bin SHI, Sheng HU, et al: Chinese Journal of Geotechnical Engineering Vol.4(2009), p. 571-576,in Chinese
[3] SUI Haibo, SHI bin, ZHANG Dan, et al: Chinese Journal of Rock Mechanics and Engineering Vol. 2 (2008), p. 3725-3731, in Chinese
[6] Weijun XU, Jianguo HOU, Duanyou LI: Journal Of Hydroelectric Engineering Vol. 1(2007), p. 97-101,in Chinese
[15] Liang Chen, Junbin Huang: Ship Electronic Engineering Vol. 12(2008), p. 185-188, in Chinese.

Study on In-Service Bridge LCC Decision Model Based on Maintenance Management System WU Yu-menga, CHANG Junb Department of Civil Engineering, Suzhou University of Science and Technology, Suzhou 215011, aemail:wuyumeng@126.com, bemail: changjun21@126.com Keywords: Life-cycle cost (LCC), in-service bridge, Markov process, Decision-making tree, Bridge maintenance management system Abstract.
Probabilistic Engineering Mechanics,2006(21), P1-P8
Journal of Structural Engineering,2005,131(5), P833-P835
[4] Liu Min, Frangopol Dan M: Optimal bridge maintenance planning based on probabilistic performance prediction[J].Engineering Structures,2004(26), P991-P1002
Journal of Suzhou University of Science and Technology (Engineering and Technology), 2010(1), P44-P50.

Exterior Wall Insulation Technology Jie Zhanga Deying Lib Environment and Energy Engineering Department, Beijing University of Civil Engineering and Architecture, Beijing, 100044 China a frerhas@126.com, b lideying@bucea.edu.cn Key words: exterior wall insulation energy-saving construction Abstract.
Joints at the door and window openings, component interfaces, surface mortar lack compaction and fullness, easily lead to cracking 7. flatness is hard to control, and the flatness may not meet regulatory requirements The organization and supervision of construction Exterior insulation construction is a very complex production process, it involves management organizations, the overall balance of human and material resources, construct job training, tools and equipment arrangements, and individual engineering requirements and technical tests, construction progress and schedules, safe construction, and many other requirements and contents.
References [1] LiXiaoming, Exterior insulation system design, Construction Technology, vol.38, No.5, 2009 [2] ZhouChangde, WangWenzhi, some views on exterior insulation engineering applications, Engineering Technology,2007 [3] ChenYongtong, construction study on exterior wall insulation of energy saving building, Modern Business Trade Industry, No.7,2009 [4] LiuPeng, ZhangDawei, outlooks and prospects of exterior insulation technology applications in the northern region building, liaoning building materials,No.4,2009 [5] GaoYong, exterior wall insulation construction, Engineering Structures and Construction Technology,Dec.2008

Internal Forces of Double-Row Pile Slope Stabilization Systems Influenced by of Pile Row Separation Shiguo Xiao a and Jing Yang b Department of Geotechnical Engineering, Southwest Jiaotong University, Chengdu, China.
This work will be used to provide a theoretical basis for related engineering practices.
Chinese Journal of Geotechnical Engineering, 2008,30(7):1033~1037 ( In Chinese) [2] Cai Yuanqiang, Zhao Yongqian, Wu Shiming, Chen Yunmin.
Journal of Shenyang Architecture and Civil Engineering University, 2003,19(2):98-100 ( In Chinese) [7] He Yihua, Yang Bin, Jin Baosen, Li Ruiru, Tan Yongjian, Wang Tiehong.
Chinese Journal of Underground Space and Engineering, 2005, 1(7): 1096-1099 ( In Chinese)

Xun, ShaYing River Port Junction Project sluice pier Crack Analysis, Water Transport Engineering, 8 (2000) 5-8
Ren, Xianxian sluice floor crack and treatment, Hebei Water Resources and Hydropower Engineering, 4 (2001) 29-31
Wu, Sluice concrete temperature control and crack prevention, Engineering Mechanics, 9 (2009) 16-17
Cao, Pier wall pipe cooling of concrete structures, Engineering Mechanics, 5 (2004) 5-7
Zhou, Large sluice piers Simulation of thermal stress and crack control study, China Civil Engineering Journal, 7 (2012) 13-14

The fluid field analysis of cyclone desander CHI YU1, a, GANG WANG2,b 1 Environmental and Chemical Engineering College, Dalian University, Dalian 116622, China 2 Civil and Architecture Engineering College, Dalian University, Dalian 116622, China ayuchiyuchi@163.com, bwanggang@dlu.edu.cn Keywords: cyclone desander, fluid field, FLUENT, numerical simulation Abstract.
After the 1960s, the cyclone was applied to test equipment and other broader industrial sectors, the particle size grading in mineral and metallurgy industry, the mineral recovery and water treatment, the liquid-liquid extraction, solid -liquid leaching and crystallization in chemical industry, the space technology of separation in zero gravity field, recycling of lubricating oil and precious metal in mechanical processing industry, the recovery of rare metals in electronics industry, the recovery of enzymes and microbe in chemical and biological engineering, the separation of the starch, fruit juice, yeast and water in food and fermentation industry, the separation of oil and water, of oil-water-gas and of oil-water-slurry in oil industry.
Vol. 33 (2005), p.15-17（In Chinese） [5] YAN Tai ning, ZHANG Tao: Exploration Engineering.
Vol. 11(1994), p. 37-50 [7] HARGREAVES J H,SILVESTER R S: Chemical Engineering Research and Design.
Vol. 48 (1993), p. 1143-1152 [9] MALHOTRA A, BRANION R M R, HAYOTNAN E G: The Canadian Journal of Chmical Engineering.

Experimental Study of the Influence on the Residual Fatigue Life of 45 # Steel Fatigue Damage Specimens WANG Ping1, a, YANG Rong2,b and TIAN Jifeng1,c 1College of Civil Engineering and Mechanics, Yanshan University, Qinhuangdao,China 066004 2The State key Laboratory of Nonliner Mechanics, Institute of Mechanics, Chinese Academy of Sciences, Beijing, China 100080 awangpin0721@163.com, byangr@lnm.imech.ac.cn, ctianjifeng123@126.com Keywords: fatigue; damage; fatigue life; repair; pulse discharge.
Therefore, the interest of research on fatigue damage healing of metal component has attracted many scholars and engineers.
Supplement of Chinese Journal of Material Engineering, 2003:207-210 [8] DU Baiping, MA Baotian, LI Nian, ZHU Weidou.
International Journal of Engineering Failure Analysis. 2010.
International Journal of Materials Science and Engineering A. 478 (2008) 93–100 [12] V.V.