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Baharun, Study on suitable habitat for swiftlet farming, Journal of Civil Engineering, Science and Technology 1(1) (2009) 1-7
Alan, Impact of swiftlet’s moult season on the value of edible bird nests, International Proceedings of Chemical, Biological & Environmental Engineering 63 (2014) 17

Influencing parameters analysis of Chloride Threshold Value on Reinforcements Embedded in Concrete Weiqun Cao1,a, Xiaomei Wan1,b and Tiejun Zhao1,c 1School of Civil Engineering, Qingdao Technological University, Qingdao, China aqdcaoweiqun@163.com, bwanxiaomeiqj@126.com, cztjgp@263.net Keywords: Corrosion; Durability; Chloride; Threshold value Abstract.
Conclusions From the present literature review and the experiment results, the following major conclusions are drawn: Consultant engineers still base their decisions on long-term experience from existing structures, of which most were built with ordinary Portland cement.

The Fatigue Strength Assessment for Hull Structure of Steel Fishing Vessel Gaosheng Yang1,a, Yonghe Xie2,b 1Fishery School & Maritime School, Zhejiang Ocean University, Zhoushan, China, 316000 2Schools of Naval Architecture and Civil Engineering, Zhejiang Ocean University, Zhoushan, China, 316000 aygs2008@126.com, bxieyhtoccs@sina.com Keywords: Ocean trawler; Fatigue strength assessment; Finite element analysis;Hull structure Abstract.
According to the engineering experiences and reference the fatigue strength assessment calculation rules of other mature ship types, and considering the structure characteristics of steel fishing vessel, during the operating time, alternating loads induced by waves on the ship's central area amplitude is the largest, so the high-risk areas of fatigue about the steel fishing vessel main occurred in the middle of the ship for cabin area too, this area of the wave vertical bending moments and horizontal bending moments are the largest, there are also higher local deformation stress at midship, and the longitudinal bending stress level of longitudinal component hull is higher.

References [1] Virlogeux M:Structural Engineering International, 2001,11(1):61-82
[2] Combault J., Pecker A., Teyssandier J. and Tourtois J.: Structural Engineering International, 2005,15(1):22-27
[3] Chun Zhang and Xiaodong Liu:Highway, 2002,6:98-100.In Chinese [4] Meixin Ye and Fei Jin: Journal of East China Jiaotong University, 2006,23(4):13-21.In Chinese [5] Jiaying Pan, Guozhen Zhang and Qinguo Chen: Journal of Civil Engneering, 2000,33(1):5-14.In Chinese [6] A.M.S.Freire, J.H.O.Negrao and A.V.Lopes:Computers and Structures, 2006,84:2128-2140 [7] Code for Design of Concrete Structures [S].

Economic Analysis of Cascade Utilization of Mine Water and Recycled Water of Electric Power Plant Zuolian Wu1, a, Meng Wang1, b, Xiaochun Liu1, c and Lina Zhang2, d 1Water Conservancy & Civil Engineering College of Shandong Agricultural University, Taian, Shandong, China 2 Mechanical & Energy Engineering College of Tongji University, Shanghai, China awzlok000@sina.com, baicon.wm@126.com, cnewliuchina@126.com and dlina880419@163.com Keywords: mine water; recycled water of power plant; cascade utilization of energy; economic analysis; emission reductions Abstract: The scheme selection and system design of the regional central air conditioning system of Xiezhuang Coal Mine were presented.

Architectural Design of Green Campus Qixia Liu 1, 2, a, Xin Zou1,b and Junyan Deng 1,c 1Civil Engineering and Architecture College，Henan University of Technology, Henan Zhengzhou 450052,China 2School of Civil Engineering and Architecture, Wuhan University of technology Hubei Wuhan 430063,China aliuqixia65@163.com, byinjiaxinzouxin@sina.com, c903202329@qq.com Keywords: Ecological Campus, Architectural design, Function zoning, Green Building Abstract.

A Constructive Genetic Algorithm for the P- median Location problem of Typhoon Emergency Shelter in China Coastal Rural Areas Pan An-ping College of Architectural and Civil Engineering, Wenzhou University, P.R.China panaping@sohu.com Key words: Genetic algorithm, Emergency shelter, Typhoon Disaster, Site selection.
[9] Hakim S L:Operation Research, 1964, No.12, pp. 450-459 [10] H.C.Huang, P.Lin, S.M.Lo:Journal of Basic Science and Engineering, 2004(Supplement), pp. 62-66(in Chinese) [11] Hanif D S, T.B.C., Antoine G H.

Experimental Investigation on the Shrinkage and Creep Performance of Self-Compacting Lightweight Concrete Yunguo Zhang1, a, Zhimin Wu2,b Xi Wu2,c 1School of Civil & Safety Engineering of DaLian JiaoTong University, Dalian Liaoning, PR China 2State Key Laboratory of Coastal & offshore Engineering, Dalian university of technology, Dalian Liaoning, PR China aZyg-ncwu@163.com, bWuzhimin@dlut.edu.cn, cWuxi41@126.com Keywords: self-compacting lightweight concrete; experimental study; workability; shrinkage; creep Abstract: Several experimental investigations were conducted on the autogenous shrinkage and creep performances of two types of designed self-compacting lightweight concrete (SCLC).

Design Measures of Low Carbon Buildings with Exterior Envelope Made of ETFE Air Pillows Xiang Zhao1,2, a Enshen Long1,b Luhong Huang1,c 1College of Architecture and Environment, Sichuan University, China 2School of Civil Engineering and Architecture, Southwest University of Sci. & Tech., China azhaoxiang@swust.edu.cn, blonges2@163.com, chlh@163.com Keywords: ETFE air pillows; low carbon building; energy saving building design Abstract.
People's Daily(Overseas Edition), 12/12/2009, p.003 [4] Information on http://www.expo70.or.jp/e/park/ [5] Information on http://www.columbia.edu/cu/gsapp/BT/DOMES/OSAKA/osaka.html [6] Xu Chuanxi, Stanley Tan, et.al: An Introduction of Material Properties and Engineering Applications of ETFE Foil.

[4] Rules for Construction of Nuclear Facility Components, American Society of Mechanical Engineers (2010)
[7] Rules for Construction of Steel Fiber Reinforced Concrete, Korean Society of Civil Engineers(1995)