Search results

Architecture Engineering College, Northeast Dianli University, Jilin, 132012, China a.mxd@mail.nedu.edu.cn Key words: the main building, structure system, construction technology Abstract: In thermal power engineering construction, the main building is a great project, in which the construction time, key engineering technology is difficult.
During the main plant construction, civil engineering installation should have their own channels, streamlined and easy to piecewise continuous construction.
With recent years, the use of cast structural engineering gradually increased, from south to north, from 100MW to small and medium sized main plant 300-500 MW large main plant, the construction system is gradually forming a new cast structure. 3 Several issues of the main plant civil construction 3.1 Problems (1)Due to continuous pumping concrete, mold contralateral side impact a lot of pressure.
References [1]Fajfar P,Vidic T.Consistent inelastic design spectra:strength and displacement[J]．Erathquake Engineering and Structrual Dynamic,1994,23:507~521
[2]Bai Guoliang，Chu Liusheng，Jiao Jiangwei.Pushover analysis for SRC frame [J]．Proceedings of the International Symposium on Innovation&Sustainability of Structutes in Civil Engineering,2007,Vol.1(11):256~264

Experimental Study on Seismic Isolation Bearing of Large Aqueduct Yinjun JIANG1,a, Yanguo ZHOU1,b, Yile SONG1,c 1School of Civil Engineering, Wuhan University, Wuhan 430072, China awhujyj@126.com bzhouyanguowhu@126.com cwhusyl@126.com Keywords: aqueduct; isolation bearing; shaking table test Abstract.
Though seismic isolation technology has been applied widely in civil engineering and proved effective, it is not used in large aqueduct.
WEI Li: Earthquake Engineering and Engineering Vibration Vol. 22 (2002), p. 139 [2] Y.
Wang: Journal of Hydraulic Engineering No. 1 (1999), p. 50 [4] J.
Wang: Journal of Hydraulic Engineering No. 10 (1999), p. 65 [5] B.

Mountain roads design using ecological engineering methods and traditional engineering methods comparison study Tung-Tsan Chen1, a, Yao T.
Hsu2, b 1Department of Civil Engineering and Engineering Management, National Quemoy University, Kinmen County, 892, Taiwan, R.O.C. 2Department of Transportation Technology and Management, Fung Chia University, Taiwan R.O.C.
Civil engineer would sweep through, changing the entire landscape of the site, which often damages the ecology of the environment.
Therefore, in the mountain road construction, by the application of ecological engineering methods to achieve the utility of engineering safety and conservation, the results superior to the traditional engineering methods.
Today, ecological engineering has been widely spread.

Study results showed that the reliability of fire pump parallel connected system is the highest, which consists with the provision of the code for design of water extinguishing system of civil buildings when the building height is less than or equal to 120 meters.
Hydrant water supply system is the basic fire extinguishing equipment in high-rise civil buildings, no matter what circumstances shall be set indoor and outdoor fire hydrant water supply system.
Automatic sprinkler system has higher security and reliability and is the best fire extinguishing system so far [2], which is widely used in fire protection engineering of certain buildings.
References [1] Pei He and Yong Li, Water and Wastewater Engineering Vol.33, No.3 (2007).
[4] DGJ08-94-2001. in: Code for Design of Water Extinguishing System of Civil Buildings, East China Architectural Design and Research Institute (2001).

Especially in the field of transportation construction engineering, compound talents with professional basis, familiar with the safety engineering technology are demanded for.
Teaching class with less than 40 students according to the training target of Excellence Engineer was equipped.
Professional required courses Theory course system Public basic courses Public elective courses Professional elective courses Professional subject courses Professional basic courses Drawing Basis Mechanics of Materials Theoretical Mechanics Environmental Protection Introduction Engineering Chemistry Linear Algebra Probability Theory and Mathematical Statistics Engineering Geologies Soil Mechanics Structural Mechanics I Structural Mechanics Ⅱ Fluid Mechanics Civil Engineering Material Measurement of architecture engineering Principles of Structure Design Engineering Economics Highway Surveying and Designing Hydrology for Bridge Design Transportation Safety Engineering System Engineering of Safety Bridge Construction Technology Civil Engineering Introduction Principles of Steel Structure Design Bridge Engineering Subgrade Engineering Pavement Engineering Construction Organizations Pier & Abutment and Foundation Professional English Design of Large
Course design Graduation Design Course experiment Practice Training Engineering Geologies Soil Mechanics Civil Engineering Material Bridge Test and Strengthening Engineering Training Database technology practice Cognation practice Engineering Geology Practice Measurement experiment and practice Production Practice Graduation Practice Road survey course design Course Design of Concrete Structures Course Design of Beam Bridge & Arch Bridge Subgrade Course Design Foundation Course Design Pavement Course design Bridge CAD Course Design Course Design of Construction Organizations Practice course system Figure.2 Practice course system 5.
Acknowledgements This work was supported by Key Subject Construction of Shanghai Ministry of Education Commission (J51502) and Characteristic Construction Project of safety-typed Civil Engineering (405zk090115001).

Acoustic Emission in Protected and Non-protected Concrete During the First 24 Hours TOPOLÁŘ Libor1, a, PAZDERA Luboš1,b 1Brno University of Technology, Faculty of Civil Engineering, Veveří 331/95, 602 00 Brno, Czech Republic atopolar.l@fce.vutbr.cz, bpazdera.l@fce.vutbr.cz Keywords: Acoustic Emission, Temperature, Concrete, Hardening, Setting Abstract.
Concrete is a composite construction material frequently used in civil engineering.
Ahmad: Numerical Simulation of Temperature Effect of Concrete Hydration, in Advances in Concrete and Structures (Key Engineering Materials), 400-402, pp. 483-488, ISSN 1013-9826

The aggregate made of dredged soil by using various sintering methods had the specific gravity of 0.9~1.8 and water absorption of 3~14 %, and so could be applicable for many fields such as civil, environmental, and agricultural engineering fields.
The aggregate made of dredged soil by using various sintering methods had the specific gravity of 0.9~1.8 and water absorption of 3~14 %, and so could be applicable for many fields such as civil, environmental, and agricultural engineering fields.
The aggregates manufactured using various sintering method containing dredged soil can be applicable for the civil engineering environment fields.
Kim, et al., Treatment, disposal, and reuse of contaminated dredged sediment in the ocean, Journal of the Korean Society of Civil Engineers, 55[4] (2007) 66~76
Lee, Recycling of waste as a resource-circulating society building, Geoenvironmental engineering, 2[1] (2001) 55~62 [3] B.

Monitoring Thermal Parameters of Lightweight Wood-Based Perimeter Walls Marianna Šuštiaková1,a*, Pavol Ďurica 2,b 1Faculty of Civil Engineering, University of Žilina, Univerzitna 8215/1, 010 26 Žilina, Slovak Republic amarianna.stunova@fstav.uniza.sk, bpavol.durica @fstav.uniza.sk Keywords: Coefficient of Thermal Conductivity, Solar Radiation, Long-Time Testing Abstract.
The wall was lightweight timber-frame construction built in a climate chamber in the laboratory pavilion type Department of Building Constructions and Urban Planning Faculty of Civil Engineering, University of Žilina.

Introduction Civil infrastructure, which include bridges and buildings, begin to deteriorate once they are built and used.
Structural diagnosis by analyzing vibration signals of equipment is an established method in mechanical and aerospace engineering.
Engineering Structures, vol. 28(.2006), p.255-263
Engineering Structures, vol. 27(2005),p.685-698
Flatau and S.C.Liu: Review paper: health monitoring of civil infrastructure.

Study on Thermal Stress and Temperature Cracks Control of Longlin Roller Compacted Concrete Gravity Dam Wenyi Zheng1, a, Peng Pan2,b,Lieping Ye2,c 1Pyongyang Univers of Constructuion and Building Materials,Pyongyang, D.P.R.Korea, 2Department of Civil Engineering, Tsinghua University, Haidian District, Beijing100084, P.R.
The whole progress of construction and operation of Longlin RCC gravity dam in harsh climate region were simulated by using the heat of hydration analysis control function, construction stag analysis control function and the time-dependent material link of MIDAS.civil.2006.
After that, scholars and engineers began to pay attention to thermal stress and temperature control of RCC gravity dam.
Fig. 1 Longlin RCC gravity dam (2011.5) and calculation model 2)With the analytical functions of hydration heat and construction stage provided by Midas.Civil.2006, the following can be included in the numerical model, the proper amount of water reducing agent for every stage, the amount of low-heat additive and the proper thickness that can avoid concrete crack. 3) With the numerical model, rational construction control system can be established by simulation of all construction phases.
Engineering Mechanics,2006,23(4);120～124 .