Search results

The analytical solution of hydrodynamic pressure of full water tunnel in the horizontal excitation Jinyun Liu1, a, and Shengnan Sun2,b 1 Collage of Engineering, Heilongjiang Bayi Agricultural University, Daqing,Heilongjiang 163319, China 2 School of Architecture & Civil Engineering, Liaocheng University, Liaocheng, Shandong, 252059, China aljyun2004@163.com, bsunshengnan1982@163.com Keywords: full water tunnel; analytical solution of hydraulic pressure; rigid motion potential.
The analytical solution of hydrodynamic pressure provides a theoretic basis for the finite element analysis, experimental study and real seismic observation, and provided the beneficial reference value for practical engineering design and construction.
At the same time tunnel lining the left and right, that is produced by the dynamic water pressure maximum; and the tunnel lining, and lower sides, namely and the hydrodynamic pressure minimum, for 0. (2) Dynamic water pressure analytic solution for the finite element analysis, experimental research and actual seismic observations are to provide the theory basis, for the practical engineering design and construction to provide a favorable reference value.

Three-dimensional Viscoelastic Interactions of a Center of Dilatation with a Penny-shaped Interfacial Crack Yuzhou Suna, Yadong Bianb and Zhongguo Zhangc School of Civil Engineering and Architecture, Zhongyuan University of Technology, Zhengzhou 450007, China ayuzhousun@yahoo.com.cn, bmobcoco@sina.com, czzg216123@163.com Keywords: Facture; Viscoelastic; Penny-shaped crack; Center of dilatation; Stress intensity factors Abstract.
This paper presents a three-dimensional viscoelastic model to study the interactions of a penny-shaped interfacial crack and a center of dilatation in the infinite viscoelastic bimaterial, which can model the rock fracture subjected to stress and thermal dilatation during some engineering process.
Introduction In the engineering practices, the damage of rocks is always caused by different types of singularities such as concentrated forces, moments, dipole forces, dislocations, point heat sources, centers of rotation, and centers of dilatation.
However, it may be more reasonable to model some engineering process as centers of dilatation.

An Innovative Design Based on CAD Environment Zhi Hao Zuo1, a, Yi Min Xie2,b and Bang Zhao3,c 1,2,3School of Civil, Environmental and Chemical Engineering, RMIT University, Melbourne, Australia azhihao.zuo@rmit.edu.au, bmike.xie@rmit.edu.au, cbang.zhao@rmit.edu.au Keywords: design optimization, topology optimization, evolutionary structural optimization.
The mathematical development of structural topology optimization provides a mature tool for design optimization, although the application is still very limited in engineering practice.
Although the optimization techniques have been extensively developed based on theoretically mature numerical methods, the potential of this design tool for practical engineering design has not been fully recognized.

Priyadarsini2,b 1M.Tech Student, College of Engineering Trivandrum 2Associate Professor, College of Engineering Trivandrum aaleenars1@gmail.com, bpriyadarsini_rs@yahoo.com Keywords: GFRP laminated composite plate, Finite element analysis, Cut-outs, Stress concentration, In-plane shear loading Abstract: The composite materials are widely used nowadays as major parts of structures in many industries like aerospace, marine, automobile, space vehicles and also for the repair and replacement of civil infrastructures.
Shear loading often exists in the engineering practices such as in aerospace due to heavy aerodynamic loads.
Introduction The dynamic development of the technical civilization depends to a greater extent on the development of the material engineering which still searches for the non-conventional materials with the better mechanical and physical properties.
It is also seen that very few studies were conducted on the composite plates subjected to shear loading which often exist in engineering practices.
Guo, Stress concentration and buckling behaviour of shear loaded composite panels with reinforced cutouts, Composite Structures 80 (2007) 1–9 [8] Maneesh C R, Priyadarsini R S, Stress concentration effects on gfrp composite plates with circular cut-outs, Fifth International Conference on Recent Trends in Transportation, Environmental and Civil Engineering – TECE 2016

Li which was called Engineered Cementitious Composite (ECC).
Engineered cementitious composite (ECC), which was introduced at first by professor Victor C.
Li, Engineered Cementitious Composites (ECC) - material, structure, and durability performance. in: concrete construction engineering handbook, Chapter 24, ED.
Li, Water permeability of engineered cementitious composites, Cem.
Civil.

Uncertain Out-of-plane Behavior of Composite Plates due to Spatially Random Material Properties Hyuk-Chun Noh1, a and Dong-Won Seo2,b 1Department of Civil and Environmental Engineering, Sejong University, 98 Gunja-dong, Gwangjin-gu, Seoul 143-747, South Korea acpebach@sejong.ac.kr, bpunx33@gmail.com Keywords: composites, randomness, response variability, Poisson’s ratio, linear expansion Abstract.
Introduction The randomness or uncertainty in the structural systems, whether it is of mechanical, aeronautical or of civil engineering, is unavoidable because it is a natural phenomenon of materials and geometries.
Computer Methods in Applied Mechanics in Engineering, Vol. 193, Issue 45-47, pp 2687-2718, 2004

Optimization research on the corrugated web of H-beam with trapezoidal webs Zhe ZHANG 1, a, Lihong ZHANG 1,b Dahu LUO2,c 1 School of Civil Engineering , Zhengzhou University , Zhengzhou 450002 ,China 2 Tongbai Electric Power Bureau, Electric Power of Henan, Henan 473000, China a zzhe@zzu.edu.cn, b luckzlh@163.com, c tbdl5915@sina.com Keywords: optimization, H-beam with corrugated web, shear strength, local buckling, global buckling, corrugation configuration Abstract.
Recently, with the development of automatic welding technology, the welding beams with corrugated webs grew rapidly, and were used in bridge, building and civil engineering.
Driver: Journal of Structural Engineering, Vol. 133(2007), p.347

The Analysis of Plant Disease Harms and Study on the Technology of Synthesis Reinforce in Arc-arched Bridge of Solid Abdomen Type Xuewei Li1,a, Xin Yuan 2,1,b 1Dept. of Civil Engineering, Panzhihua University, Panzhihua, China 2Dept. of Civil Engineering, Southeast University, Nanjing, China alixuewei6688@163.com, byuanxin9988@163.com Key words: Arched bridge, Plant disease mechanism, Bearing capacity, Overall rigidity, Synthesis reinforcement.
Oil and Gas Field Surface Engineering, (2005)

Environmental Aspects and Impacts Assessment in Deployment of Construction Equipment Ing.Katarína Prokopčáková, PhD.1a 1Faculty of Civil Engineering of STU – the Department of Construction Technology, Radlinského 11, 813 68 Bratislava ae-mail: katarina.prokopcakova@stuba.sk Key words: environment, environmental aspects and impacts, construction equipment Abstract.
Environmental Policy The quality of environment is one of the major significant factors of success of companies whereas introducing the system of environmental engineering is a process which increases the environmental behavior of companies.
Analysis of the Environmental Aspects and Impacts at the Construction Site Civil engineering sector plays an important role in the EU economy, but concurrently it contributes significantly to negative impacts on the environment.

Civil and Build.
Pavlov, Foundations of engineering computation the mechanisms parts on fatigue longevity strength, Mashinostroenie, 1988 (in Russian)
Desmorat, Engineering damage mechanics: ductile, creep, fatigue and brittle failures, 2005
Simankina, The service life estimation method for the structural elements of residential buildings, Magazine of Civil Engineering, 7 (2013) 40-42.