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This well-known single curve method (SCM) is widely used in dam engineering in China due to its practicality.
This model has been theoretically analyzed by Fu and Bauer [8] and in the present paper we will focus on its application in dam engineering.
Reasonable results lend adequate creditability to the model and motivate its application in dam engineering in the future.
Duncan: Effect of reservoir filling on stresses and movements in earth and rockfill dams, Department of Civil Engineering, Report No.
In: Proceedings of the International Workshop on Architecture, Civil and Environmental Engineering. (2011).

Design of the experiments, numerical analysis and analysis of data were carried out by the Faculty of Civil Engineering of the CTU, which is also the leader of this entire research project.
These data were used to further evaluation done by Faculty of Civil Engineering of CTU.
Results from these experimental tests will be used in the further numerical assessment and following parts of the research project carried out by Faculty of Civil Engineering of CTU.
Engineering Structures.
Engineering Structures.

Research on Factors Influence of Vegetation Slope Protection Based on Grey Incidence Analysis Theory Feng Chen1, Xiaobo Xiong1,2*, Zhiming Zhai1, Cheng Gu1, Xinbo Zhang1 1.School of Architecture and Civil Engineering, Nantong University, Nantong, 226019, China 2.School of Engineering, Jinggangshan University, Ji'an, 343009, China thongtao2006@163.com Keywords: Highway, vegetation slope, Grey Incidence Analysis, System engineering Abstract: Vegetation Slope Protection Engineering was affected by several factors, and has become the focus of the geotechnical engineering.
According to the Grey Incidence Analysis (GIA) method of grey system theory, a new grey theory model is applied in analyzing of the characteristics of Eco-engineering protected by roots of vegetation, to attain the correlation coefficient affected by extent of the factors.
The role of factors is classified in order to define the extent of the impact and provide guidance for construction and design of Eco-engineering.
Slope engineering [M].
Ecological Engineering, 2010, (36): 285–291

Detection of Early Structural Damage Using Stochastic Resonance Zhuyou Xi1,2, Yunju Yan1,a , Yu Zhang1, Liu Liu1 1School of Mechanics, Civil and Architecture, Northwestern Polytechnical University, Xi'an 710072, PR China 2College of Science, Liaoning University of Technology, Jinzhou, 121001, PR China ayjyan_2895@nwpu.edu.cn Keywords: Bistable System; Stochastic Resonance; Signal Detection; Engineering Realization Abstract.
Engineering application feasibility of stochastic resonance is investigated, and the example of engineering application also given.
Engineering Realization of Stochastic Resonance A.
These laid the foundation for engineering realization of stochastic resonance.
In engineering practice, stochastic resonance is made use of early detection of rotor rub-impact fault (Hu Niaoqing, 2001).

Study on bond properties of textile reinforced concrete Wenling Tian 1, a, Limin Zhang 2,b 1 Department of Civil Engineering, Hebei University of Technology, Tianjin, China 2 Department of Civil Engineering, Hebei University of Technology, Tianjin, China awltian126@126.com, bzhanglimin064592@126.com Keywords: TRC, the bond behavior, the constitutive model, practical method.
Finally the paper proposes that epoxy resin impregnating and 0.15 ~ 0.30mm sand covering of textile can be used as a practical method of improving bond properties in the engineering.
Furthermore through four-point bending test the paper puts forward a practical method of improving bond behavior between textile and concrete matrix in the engineering.
Especially covering 0.15 ~ 0.30 mm sand improves the most effectively which can be used as the practical method of developing the bond properties in the engineering.
[8] Xu Shi-lang, Reinhardt Hans-W, Kruger Markus, Bond Characteristics of Carbon, Alkali-resistant Glass and Aramid Textile in Mortar, Journal of Materials in Civil Engineering, ASCE, 16 (2004) 356-364

Research for Vision-based Mobile Robot Self-localization Strategy Li Guanghui1,a, Jiang Zhijian2,b, Pan Bin3,c 1Teachingroom1-530, Beijing University of Civil Engineering and Architecture, No.1, ZhanLan Road, XiCheng District, BeiJing City,100044, PRC. 2Department of Electrical Engineering, Beijing University of Civil Engineering and Architecture, No.1, ZhanLan Road, XiCheng District, BeiJing City, 100044, PRC. 3China Space Civil and Building Engineering Design and Research Institute, No.83, South Road, Xisihuan, FengTai District, BeiJing City, 100071, PRC.
Introduction In the robotic domain, intelligent mobile robots are not only an important field in mobile robot research and engineering application, but also are a hot research direction.
Journal of Naval University of Engineering, 2009,21(5):67-72

Research of Ductility and Crack of Square steel Tube Regeneration Block mixed Short columns Yuehong Li 1, Ping Zhang 1,2, Baishou Li 1,a, * 1Structural engineering disciplines of Yanbian University in Yanji, Jilin ,133002,China 2Tianjin TIE-long Architectural Design Limited Company , Tianjin ,300392,China absli@ybu.edu.cn; *Corresponding author Keywords: thin-walled square steel stub; recycled demolished concrete lump; ductility factor; crack; finite element method.
At present, scholars at home and abroad is doing more extensive research about recycled aggregate concrete[2-5] , however, recycling waste concrete is tedious, cost a lot, energy consumption, environmental protection and energy saving not thorough enough, at the same time prices are high compared to conventional concrete, to the detriment of their application in practical engineering.
[6] Bo Wu,Qiongxiang Liu and Wei Liu．Steel pipe regeneration mixed component Taiwan [J]．Earthquake Resistant Engineering and Retrofitting，2008，30(4)：120-124．In Chinese [7] Bo Wu,Qiongxiang Liu and Wei Liu．Steel pipe regeneration of mixed short columns axial compression performance test [J]．China Civil Engineering Journal，2010，43(2)：32-38．In Chinese [8] Bo Wu, Wei Liu, Qiongxiang Liu and Zhe Xu．Thin steel tube regeneration mixed short columns axial compression performance tests [J]．Journal of building structures, 2010, 31(8): 22-28.In Chinese [9] Bo Wu, Zhe Xu, Qiongxiang Liu and Wei Liu．Thin steel tube column renewable mixed of shear performance of test [J]．China Civil Engineering Journal，2010，43(9)：12-21．In Chinese [10] Qiongxiang Liu, Bo Wu,Qingxiong Cai and Wei Liu．Steel tube column in purple and gold renewable mixed cultural centers in the application of the county [J]．Journal of building structures，2011，41(5)：9-12．In Chinese [11] Bo Wu，Xinyu Zhao and Jinsuo Zhang.
Thin wall round steel tube regeneration medium long column mixed axial compression and considering the research [J]．China Civil Engineering Journal，2012，45(5)：65-77．In Chinese [12] Jinsuo Zhang.

Mutalib1, a and Hong Hao1,b 1Department of Civil and Resource Engineering, Faculty of Engineering, Computing and Mathematics, The University of Western Australia, 35 Stirling Highway, Crawley, Perth, Western Australia 6009, Australia.
aazrul@civil.uwa.edu.au, bhao@civil.uwa.edu.au Keywords: Strengthening, Blast loads, Fiber reinforced polymer, Reinforced concrete wall, Pressure-impulse curves, Anchorage Abstract.
Matsui: Proceeding of 12th World Conference on Earthquake Engineering, New Zealand, Paper No. 1831 (2000)
Hao: Structural Engineering & Mechanics, Vol. 32 (2009), No. 2, pp. 251-267
Hao: International Journal of Impact Engineering, Vol. 31 (2005), pp. 699-717

Unimas E-Journal of Civil Engineering.
International Journal of Civil and Environmental Engineering Vol 3:2, (2011)
Journal Of Geotechnical And Geoenvironmental Engineering.
International Journal of Civil, Architectural, Structural and Construction Engineering.
Barghchi: A State Of Art Review of Peat: Geotechnical Engineering Perspective.

The Engine life prediction using take-off EGT Margin Currently, on condition maintenance is widely used for civil aviation Engine.
In Engineering, usually take-off EGTM is directly used to predict the Engine remaining life, to be outlined below.
Here we have analyzed and discussed the civil aviation Engine life prediction based on take-off EGT Margin.
References [1] Ying Hao, Engine Take-off EGT Margin Estimates, aviation Maintenance and Engineering, 2004 (2):39-40.
[3] Chunsheng Xu, the Reliability of Aviation Engines Concluding Report (The project received the National Science and Technology Progress Award), China Civil Aviation College, 2000.