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Online since: August 2013
Authors: Tai Sheng Yin, Sonic Wu, Chun Yuan Wang
Research Approach (Value Engineering Cuts Two Factor Theories).
Project Law of Value (Value Engineering, is abbreviated as VE).
Domestic airport military use originally, fighter plane march into the arena in order to enter towards field, so the majority is the cement (Concrete) Bomb the pavement of the runway for the resisting of main fact, there are spaces improved in the operation of the modern civil aviation industry, use and operation that especially have in spaces are not the same, requiring to the runway of civil aviation industry of the commercial use: Fast, safe, comfortable, economic, from the analysis of the value engineering , it is really necessary to operate.
References [1] Information on http://wiki.mbalib.com [2] Civil Aviation Administration of China, A Surface of Civil Airport Comments on and Manages The Technical Specification, 2009
[4] The Building of Civil Aviation of Heilongjiang, Wuhan Maintain the Intersection of Surface of Bid, 2008.
Project Law of Value (Value Engineering, is abbreviated as VE).
Domestic airport military use originally, fighter plane march into the arena in order to enter towards field, so the majority is the cement (Concrete) Bomb the pavement of the runway for the resisting of main fact, there are spaces improved in the operation of the modern civil aviation industry, use and operation that especially have in spaces are not the same, requiring to the runway of civil aviation industry of the commercial use: Fast, safe, comfortable, economic, from the analysis of the value engineering , it is really necessary to operate.
References [1] Information on http://wiki.mbalib.com [2] Civil Aviation Administration of China, A Surface of Civil Airport Comments on and Manages The Technical Specification, 2009
[4] The Building of Civil Aviation of Heilongjiang, Wuhan Maintain the Intersection of Surface of Bid, 2008.
Online since: January 2014
Authors: Vojtěch Buchta, Petr Mynarčík
Experimental testing of fiberconcrete foundation slab model
Vojtěch Buchta1, a, Petr Mynarčík2,b
1 Faculty of Civil Engineering, VŠB - TU Ostrava,Ludvíka Podéště 1875/17, Czech Republic
2 Faculty of Civil Engineering, VŠB - TU Ostrava,Ludvíka Podéště 1875/17, Czech Republic
avojtech.buchta@vsb.cz, bpetr.mynarcik@vsb.cz
Keywords: Fiberconcrete, foundation slab, sliding joint, interaction between construction and subsoil, static load test
Abstract.
This problematic has been researching on the Faculty of Civil Engineering VSB - Technical University of Ostrava for long time.
Special testing device was constructed at the Faculty of Civil Engineering [1].
This problematic has been researching on the Faculty of Civil Engineering VSB - Technical University of Ostrava for long time.
In The 9th fib International PhD Symposium in Civil Engineering.
This problematic has been researching on the Faculty of Civil Engineering VSB - Technical University of Ostrava for long time.
Special testing device was constructed at the Faculty of Civil Engineering [1].
This problematic has been researching on the Faculty of Civil Engineering VSB - Technical University of Ostrava for long time.
In The 9th fib International PhD Symposium in Civil Engineering.
Online since: September 2013
Authors: Ting Liu
In addition, results also showed that “manufacture”, “building materials”, “design”, “civil engineering” and “construction equipment” were the most frequently used controlled vocabularies
Intorduction
Advanced Materials Research publishes only complete volumes on given topics, proceedings and complete special topic volumes.
Table 2 Top 10 most productive institutes of articles during 2005–2012 Institutes TA TAR(%) School Of Mechanical Engineering And Automation, Northeastern University 280 1(18.7) School Of Materials And Metallurgy, Northeastern University 199 2(13.3) College Of Textile And Clothing Engineering, Soochow University 152 3(10.2) School Of Mechanical Engineering, Shandong University 152 3(10.2) School Of Civil Engineering, Xi'An University Of Architecture And Technology 134 5(9.0) Xi'An University Of Architecture And Technology 131 6(8.8) School Of Materials Science And Engineering, University Of Science And Technology Beijing 117 7(7.8) School Of Mechanical Engineering, University Of Science And Technology Beijing 116 8(7.7) School Of Mechanical And Automotive Engineering, South China University Of Technology 110 9(7.3) Harbin Institute Of Technology 106 10(7.1) TA total published articles; TAR (%) the rank and percentage of total publications of one institute.
The terms “manufacture”, “building materials”, “design”, “civil engineering” and “construction equipment” were the most five frequently controlled vocabularies used in the 8-year research period, which indicated that manufacture and construction were the most hot topics in this periodical.
Table 4 Top 10 most controlled vocabulary of articles during 2005–2012 Controlled vocabulary TA TAR(%) Manufacture 13028 23.7 Building Materials 6344 11.5 Design 5519 10.0 Civil Engineering 5426 9.9 Construction Equipment 4920 9.0 Materials Science 4575 8.3 Finite Element Method 4184 7.6 Computer Simulation 4127 7.5 Mechanical Properties 3687 6.7 Scanning Electron Microscopy 3151 5.7 TA total published articles; TAR (%) the rank and percentage of total publications of one controlled vocabulary.
In addition, results also showed that “manufacture”, “building materials”, “design”, “civil engineering” and “construction equipment” were the most popular controlled vocabularies in Advanced Materials Research.
Table 2 Top 10 most productive institutes of articles during 2005–2012 Institutes TA TAR(%) School Of Mechanical Engineering And Automation, Northeastern University 280 1(18.7) School Of Materials And Metallurgy, Northeastern University 199 2(13.3) College Of Textile And Clothing Engineering, Soochow University 152 3(10.2) School Of Mechanical Engineering, Shandong University 152 3(10.2) School Of Civil Engineering, Xi'An University Of Architecture And Technology 134 5(9.0) Xi'An University Of Architecture And Technology 131 6(8.8) School Of Materials Science And Engineering, University Of Science And Technology Beijing 117 7(7.8) School Of Mechanical Engineering, University Of Science And Technology Beijing 116 8(7.7) School Of Mechanical And Automotive Engineering, South China University Of Technology 110 9(7.3) Harbin Institute Of Technology 106 10(7.1) TA total published articles; TAR (%) the rank and percentage of total publications of one institute.
The terms “manufacture”, “building materials”, “design”, “civil engineering” and “construction equipment” were the most five frequently controlled vocabularies used in the 8-year research period, which indicated that manufacture and construction were the most hot topics in this periodical.
Table 4 Top 10 most controlled vocabulary of articles during 2005–2012 Controlled vocabulary TA TAR(%) Manufacture 13028 23.7 Building Materials 6344 11.5 Design 5519 10.0 Civil Engineering 5426 9.9 Construction Equipment 4920 9.0 Materials Science 4575 8.3 Finite Element Method 4184 7.6 Computer Simulation 4127 7.5 Mechanical Properties 3687 6.7 Scanning Electron Microscopy 3151 5.7 TA total published articles; TAR (%) the rank and percentage of total publications of one controlled vocabulary.
In addition, results also showed that “manufacture”, “building materials”, “design”, “civil engineering” and “construction equipment” were the most popular controlled vocabularies in Advanced Materials Research.
Online since: September 2011
Authors: De Liang Ding, Liang Cai Cai, Xiao Long Wang, Bin Shao, Yi Zheng
Application of Comprehensive Evaluation of the Airport Site Selection
Deliang Ding1,a, Liangcai Cai1, Xiaolong Wang1, Bin Shao1 and Yi Zheng 2,b
1 The Engineering Institute, Air Force Engineering University, Xi’an, Shaanxi, 710038, China
2 Navy Engineering Design and Research Bureau, Beijing, 100070, China
akgyddl@163.com, bzysjl@hotmail.com
Keywords: Airport site selection, Synthetical appraisal, DAGF model, the Second Capital Airport.
Beijing: General Administration of Civil Avi-ation of China Publishing House,2004 [2] Horonjeff, Robert.
Engineering [M].
Beijing: Beijing Technology University Press, 2006 [4] General Administration of Civil Aviation of China.
Beijing: General Administration of Civil Aviation of China, 1999 [5] Aerodrome Design Manual,Part1,Runways,International Civil Aviation Organization, Montreal.
Beijing: General Administration of Civil Avi-ation of China Publishing House,2004 [2] Horonjeff, Robert.
Engineering [M].
Beijing: Beijing Technology University Press, 2006 [4] General Administration of Civil Aviation of China.
Beijing: General Administration of Civil Aviation of China, 1999 [5] Aerodrome Design Manual,Part1,Runways,International Civil Aviation Organization, Montreal.
Online since: March 2015
Authors: Rui Zheng
Technical Economic Analysis of Application of Multi-ribbed Floor Structure in Basement Engineering
Rui Zheng1, a
1Department of Civil Engineering, Changjiang Institute of Technology, Wuhan Hubei, China
azhengrui099 @163.com
Keywords: Bi-directional Orthogonality Multi-ribbed Floor Structure; Basement; Economy; Feasibility
Abstract: To summarize the feasibility, science and economy of the multi-ribbed floor structure in one basement engineering, its design theory, technical economic and construction technology are analyzed in detail.
In the second phase, the construction areas of civil air defense basement are 15432m2.
Code for Design of Civil Air Defense Basements GB50038-2005 specified that the resistance level is 5, 6, 6B in civil air defense basements.
The steel indicator engineering of civil air defense basement is more 20~30% than the non-civil air defense basement.
Engineering design and applicability analysis of reinforced concrete waffle slab in the engineering example [J]. volume 24, issue 1, 2010, P63-65, CLC: TU225
In the second phase, the construction areas of civil air defense basement are 15432m2.
Code for Design of Civil Air Defense Basements GB50038-2005 specified that the resistance level is 5, 6, 6B in civil air defense basements.
The steel indicator engineering of civil air defense basement is more 20~30% than the non-civil air defense basement.
Engineering design and applicability analysis of reinforced concrete waffle slab in the engineering example [J]. volume 24, issue 1, 2010, P63-65, CLC: TU225
Online since: January 2014
Edited by: Tai Bao
Collection of selected, peer reviewed papers from the 2013 International Conference on Civil Engineering and Transportation (ICCET 2013).
The 228 papers are grouped as follows:
Chapter 1: Road and Railway Engineering;
Chapter 2: Vehicle Engineering and Carrier Operation Engineering;
Chapter 3: Transport and Transportation Networks, Planning, Construction and Operation;
Chapter 4: Modern Logistics System Planning and Optimization;
Chapter 5: Traffic Control and Traffic Safety Keyword: Road and Railway Engineering; Vehicle Engineering and Carrier Operation Engineering; Transport and Transportation Networks, Planning, Construction and Operation; Modern Logistics System Planning and Optimization; Traffic Control and Traffic Safety
The 228 papers are grouped as follows:
Chapter 1: Road and Railway Engineering;
Chapter 2: Vehicle Engineering and Carrier Operation Engineering;
Chapter 3: Transport and Transportation Networks, Planning, Construction and Operation;
Chapter 4: Modern Logistics System Planning and Optimization;
Chapter 5: Traffic Control and Traffic Safety Keyword: Road and Railway Engineering; Vehicle Engineering and Carrier Operation Engineering; Transport and Transportation Networks, Planning, Construction and Operation; Modern Logistics System Planning and Optimization; Traffic Control and Traffic Safety
Online since: October 2021
Edited by: Omar S. Es-Said
This volume was compiled from the papers presented at the 9th Asia Conference on Mechanical and Materials Engineering (ACMME 2021) and 2021 6th International Conference on Civil Engineering and Materials Science (ICCEMS 2021), which were held successfully as a virtual conference from June 26-28, 2021.
Online since: April 2014
Authors: Rosemary do Bom Conselho Sales, Fernando Augusto Sales, Solange Andere Pedra, Maria Teresa Paulino Aguilar, Paulo Roberto Cetlin
Thermography can be used to study macrostructures of concretes utilized in civil construction.
Active IR applications in civil engineering.
Journal Key Engineering Materials 2006.
Detection by infrared thermography of the heat signature of diseases and defects in concrete structures of civil engineering. 10th International Conference on Quantitative InfraRed Thermography July 27-30, 2010, Québec (Canada)
Engineering failure analysis v.12, p. 875–892, 2005
Active IR applications in civil engineering.
Journal Key Engineering Materials 2006.
Detection by infrared thermography of the heat signature of diseases and defects in concrete structures of civil engineering. 10th International Conference on Quantitative InfraRed Thermography July 27-30, 2010, Québec (Canada)
Engineering failure analysis v.12, p. 875–892, 2005
Online since: July 2014
Authors: Yue Hua Li, Jing Li
Study on the Influence of engineering change of municipal engineering projects of the project cost
Jing Li 1, a, Yuehua Li2,b
1School of Civil Engineering, Shandong Jiaotong University, Jinan, 250357, China
2School of Civil Engineering, Shandong Jiaotong University, Jinan, 250357, China
amynuan2006@163.com, blyh.0522@yahoo.com.cn
Key words: municipal engineering, engineering change , project cost
Abstract. municipal Engineering in urban areas, has the characteristics of strong liquidity, process by natural climate, the construction conditions change,variable factors, while it also related to the requirements of government departments administrative instruction, which leads to the engineering change often occurs, that affect the project investment.
Main construction work contains road engineering , drainage engineering, bridge and river renovate engineering and all the other project items it contains.
The municipal engineering of engineering change analysis The reason of the parties involved in the behavior.
The reason of engineering contract.
Valid controlling of engineering change Enchance the check of engineering change.
Main construction work contains road engineering , drainage engineering, bridge and river renovate engineering and all the other project items it contains.
The municipal engineering of engineering change analysis The reason of the parties involved in the behavior.
The reason of engineering contract.
Valid controlling of engineering change Enchance the check of engineering change.
Online since: October 2012
Authors: Shou Ping Shang, Hao Zhou
Research, Application and Promotion of New Isolation Layer
SHANG Shou-ping1, a, ZHOU Hao2, b
1,2College of Civil Engineering, Hunan University, Changsha, 410082, China
asps@hnu.edu.cn, b714432676@qq.com
Keyword: new seismic isolation layer; seismic isolation performance; engineering practice; damping effect
Abstract.
The proposed level isolation pier technology simplifies utilization of civil buildings in rural areas.
China Civil Engineering Journal. 2011, (2) [3] Shang Shouping, Zhou Fulin, in: Structural Seismic Design[M].
Earthquake Engineering And Engineering Vibration. 2001, 21(4): 94~101
Journal of Beijing Institute of Civil Engineering and Architecture. 2004, 20(2): 11~13
The proposed level isolation pier technology simplifies utilization of civil buildings in rural areas.
China Civil Engineering Journal. 2011, (2) [3] Shang Shouping, Zhou Fulin, in: Structural Seismic Design[M].
Earthquake Engineering And Engineering Vibration. 2001, 21(4): 94~101
Journal of Beijing Institute of Civil Engineering and Architecture. 2004, 20(2): 11~13