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Online since: October 2012
Authors: Qin Luo
The blueprint-auditing principles of management engineers
Management engineers must master the knowledge especially the knowledge in design.
Fist, in the point of drawings order view that the architecture is before the structure, main body is before decorated, civil works is before installation.
The blueprint-auditing basic contents of management engineers Management engineers should focus on audit the following aspects.
The second, Is harmonious between civil engineering, technology and the installation of water and electricity?
Complete the coordination among different work such as water, electricity, civil engineering coordination in case of to reduce the faults in work and ensure the quality of the management work.
Fist, in the point of drawings order view that the architecture is before the structure, main body is before decorated, civil works is before installation.
The blueprint-auditing basic contents of management engineers Management engineers should focus on audit the following aspects.
The second, Is harmonious between civil engineering, technology and the installation of water and electricity?
Complete the coordination among different work such as water, electricity, civil engineering coordination in case of to reduce the faults in work and ensure the quality of the management work.
Online since: January 2022
Petersburg State University of Architecture and Civil Engineering, St.
Zhang Dayu, Beijing University of Civil Engineering and Architecture Prof.
Li Aiqun, Beijing University of Civil Engineering and Architecture Prof.
Wu Xuan, Beijing University of Civil Engineering and Architecture Dr.
Petersburg State University of Architecture and Civil Engineering Doctor of Science (Engineering), Prof.
Zhang Dayu, Beijing University of Civil Engineering and Architecture Prof.
Li Aiqun, Beijing University of Civil Engineering and Architecture Prof.
Wu Xuan, Beijing University of Civil Engineering and Architecture Dr.
Petersburg State University of Architecture and Civil Engineering Doctor of Science (Engineering), Prof.
Online since: May 2011
Authors: Dong Ruan, Roger Zou, Guo Xing Lu
Finite Element Simulation of Aluminium Foam Sandwich Panels Subjected to Impact Loading
Roger Zou1, a, Dong Ruan2, b and Guoxing Lu3,c
1Department of Civil Engineering, Building 60, Monash University, VIC 3800, Australia
2Faculty of Engineering and Industrial Sciences, Swinburne University of Technology, John Street, Hawthorn, Vic 3122, Australia
3School of Mechanical and Aerospace Engineering, Nanyang Technological University, 50 Nanyang Avenue, Singapore 639798
aroger.zou@monash.edu.au, bdruan@swin.edu.au, cgxlu@ntu.edu.sg
Key words: Finite element simulation; indentation; aluminium foam sandwich panels; impact.
One potential application of aluminium foam sandwich panels in civil engineering is the cladding system which is employed to protect other structures again impact and blast loadings.
One potential application in civil industry is the cladding system which is employed to protect other structures again impact and blast loadings.
One potential application of aluminium foam sandwich panels in civil engineering is the cladding system which is employed to protect other structures again impact and blast loadings.
One potential application in civil industry is the cladding system which is employed to protect other structures again impact and blast loadings.
Online since: June 2008
Authors: Saíd Jalali, Rute Eires, Aires Camões
New Eco-Friendly Gypsum Materials for Civil Construction
Rute Eires 1,a, Aires Camões 1,b
, Saíd Jalali 1,c
1
Civil Engineering Dept., University of Minho, Campus de Azurém, 4800-058, Guimarães, Portugal
a
rute@civil.uminho.pt, baires@civil.uminho.pt, csaid@civil.uminho.pt
Keywords: Waste recycling.
Acknowledgement The authors would like to express their acknowledgment to the Engineering School of the University of Minho and to the Portuguese Foundation for Science and Technology (FCT) through project POCI/ECM/55889/2004 for financing this research work.
Acknowledgement The authors would like to express their acknowledgment to the Engineering School of the University of Minho and to the Portuguese Foundation for Science and Technology (FCT) through project POCI/ECM/55889/2004 for financing this research work.
Online since: August 2014
Authors: Mao Tai Zhao, Wen Qian Song
This paper intends to discuss the developing and designing direction of the civil aircrafts’ maintainability in expectation of marking some active contribution to the industry of large aircrafts in China.
A380 was the first large civil aircraft to use composite materials in the central wing box
According to the notation of the International Civil Aviation Organization, as long as the airports’ runway can operate the Boeing 747, the airbus A380 can be accepted.
However, the International Civil Aviation Organization (ICAO) found that the airflow of the airbus A380 is stronger than that caused by the Boeing 747, so the working group founded by many civil aviation organizations suggested after the airbus A380 takes off, medium and small aircrafts can use the runway every 3 minutes and the large ones will also wait for 2 minutes [5].
Acrospace Engineering, 1984,4(1) [6] Powered Lift Aireraft Technology, NASA SP-501,1989
A380 was the first large civil aircraft to use composite materials in the central wing box
According to the notation of the International Civil Aviation Organization, as long as the airports’ runway can operate the Boeing 747, the airbus A380 can be accepted.
However, the International Civil Aviation Organization (ICAO) found that the airflow of the airbus A380 is stronger than that caused by the Boeing 747, so the working group founded by many civil aviation organizations suggested after the airbus A380 takes off, medium and small aircrafts can use the runway every 3 minutes and the large ones will also wait for 2 minutes [5].
Acrospace Engineering, 1984,4(1) [6] Powered Lift Aireraft Technology, NASA SP-501,1989
Online since: January 2013
Authors: Yun Gang Lu, Li Chun Dai
Non Destruction Testing Method applied in Bridge Engineering
Yungang Lu1,a, Lichun Dai2,b
1Hunan Provincial Expressway Administration,Changsha, 410001,China
2The Third Engineering CO.
,LTD of CCCC.Second Highway Engineering Bureau, Xi’an,710016,China a59209941@qq.com (corresponding author), b goodluck0566@163.com Keywords: Bridge Engineering; damage assessment; Non Destruction Testing (NDT) Abstract.
The application of NDT technology in bridge Engineering.
Civil engineering quality nondestructive testing technology.
Civil engineering nondestructive testing techniques and their applications.
,LTD of CCCC.Second Highway Engineering Bureau, Xi’an,710016,China a59209941@qq.com (corresponding author), b goodluck0566@163.com Keywords: Bridge Engineering; damage assessment; Non Destruction Testing (NDT) Abstract.
The application of NDT technology in bridge Engineering.
Civil engineering quality nondestructive testing technology.
Civil engineering nondestructive testing techniques and their applications.
Online since: August 2013
Authors: Zhi Dong Guo, Shi Long Liu, Miao Dong
Research on Application of Traffic Signs in rural highway security engineering
Liu Shilong1 Guo Zhidong2 Dong Miao3
(1,2Ji County Office of rural highway management, Tianjin, 301900, China
3School of Civil Engineering, Hebei University of Technology, Tianjin, 300401, China)
Key words: traffic signs; security-engineering; application; effective
Abstract: Traffic signs are widely used in rural highway security engineering due to low cost, strong directive performance.
References [1] JTG F80/1-2004, Standard for quality inspection and assessment of Highway Engineering part one - Civil engineering [S], Beijing: People's Communications Press,2009,124~125
[2] Wenyuan Yang, Shaowu Qian, Road construction engineers handbook [M].Beijing: People's Communications Press, 2000,378-402
[3] Jianjun Wang, Rongliang Han, Traffic engineering facilities test technology [M].
Hundred Questions highway engineering quality problems and prevention measures [M].
References [1] JTG F80/1-2004, Standard for quality inspection and assessment of Highway Engineering part one - Civil engineering [S], Beijing: People's Communications Press,2009,124~125
[2] Wenyuan Yang, Shaowu Qian, Road construction engineers handbook [M].Beijing: People's Communications Press, 2000,378-402
[3] Jianjun Wang, Rongliang Han, Traffic engineering facilities test technology [M].
Hundred Questions highway engineering quality problems and prevention measures [M].
Online since: December 2012
Authors: Mao Ye, Yin Pei Pi, Min Ren
Therefore it would be a good substitute of SRC column in civil engineering.
In china, despite the lack of proper seismic provisions in their design, there are also some practical applications of DSBRC columns which are adopted in self-bearing members in civil engineering, and their effects are obvious.
This preliminary study tried to conduct experimental analysis with the aim to improve the current knowledge about the seismic behavior of DSBRC columns, thus more efficient research and application of DSBRC columns in civil engineering can be achieved.
Therefore it would be suitable substitute of SRC column in civil engineering.
Therefore it would be a good substitute of SRC column in civil engineering.
In china, despite the lack of proper seismic provisions in their design, there are also some practical applications of DSBRC columns which are adopted in self-bearing members in civil engineering, and their effects are obvious.
This preliminary study tried to conduct experimental analysis with the aim to improve the current knowledge about the seismic behavior of DSBRC columns, thus more efficient research and application of DSBRC columns in civil engineering can be achieved.
Therefore it would be suitable substitute of SRC column in civil engineering.
Therefore it would be a good substitute of SRC column in civil engineering.
Online since: August 2013
Authors: Zuo Yu Sun, Hui Wang, Ming Sheng Fang, Ke Yang Mao
It is a challenging problem for scientists and engineers to calculate the random vibration responses of a large scale engineering structure, during which, the calculating efficiency and accuracy are always the main concerns.
In civil engineering, there are some even more difficult cases that have to be considered, such as a large span cable-stayed bridge under multi-dimensional seismic loads consisting of evolutionary random processes.
Introduction A civil engineering structure may endure many kinds of enviromental loads during its life time, such as seismic excitations or strong wind gusts.
Engineering Mechanics, 2010(SI):20-22(in Chinese)
Information Technology and Architecture Engineering (ITAE2012), 2012, 4:456~459
In civil engineering, there are some even more difficult cases that have to be considered, such as a large span cable-stayed bridge under multi-dimensional seismic loads consisting of evolutionary random processes.
Introduction A civil engineering structure may endure many kinds of enviromental loads during its life time, such as seismic excitations or strong wind gusts.
Engineering Mechanics, 2010(SI):20-22(in Chinese)
Information Technology and Architecture Engineering (ITAE2012), 2012, 4:456~459
Online since: February 2014
Authors: Mohd Hazreek Zainal Abidin, Rosli Saad, Devapriya Chitral Wijeyesekera, Fauziah Ahmad, Nur Azwin Ismail
Introduction
Site investigation (SI) is a preliminary stage to the design and construction of any of civil engineering structure.
However, the results produced were always unconvinced due to several reasons such as reported by [19] that GM is not being fully explored by the civil engineers due to their lack of exposure and expertise in this area.
Mohamad, in: The 2D Electrical Resistivity Tomography (ERT) Study for Civil and Geotechnical Engineering Purposes.
Jusoh, Application of 2-D Resistivity Imaging and Seismic Refraction Technique in Subsurface Investigation for Civil Engineering, M.S. thesis, Sch.
[22] Methods of Test for Soils for Civil Engineering Purposes, British standard 1377:1990
However, the results produced were always unconvinced due to several reasons such as reported by [19] that GM is not being fully explored by the civil engineers due to their lack of exposure and expertise in this area.
Mohamad, in: The 2D Electrical Resistivity Tomography (ERT) Study for Civil and Geotechnical Engineering Purposes.
Jusoh, Application of 2-D Resistivity Imaging and Seismic Refraction Technique in Subsurface Investigation for Civil Engineering, M.S. thesis, Sch.
[22] Methods of Test for Soils for Civil Engineering Purposes, British standard 1377:1990