Search results

The analysis was conducted for S355J2G3 steel, commonly used in civil engineering structures.
The analysis was conducted for S355J2G3 steel, commonly used in civil engineering structures.
Engineering and true σ-ε curve for S355J2G3 steel.
Needleman, Void nucleation effects in biaxially stretched sheets, Journal of Engineering Materials and Technology. 102 (1980) 249-256
Kossakowski, An analysis of the load-carrying capacity of elements subjected to complex stress states with a focus on the microstructural failure, Archives of Civil and Mechanical Engineering. 10, 2 (2010) 15-39

Study on Economic Compensation for Owner of the requisitioned Civilian Transportation in Emergency QIAN Run-hua 1, a ( 1 Department of Mechanical Engineering, Academy of Armored Forces Engineering, Beijing 100072 , China ) a qianrh@163.com Keywords: transportation economy, transportation mobilization, transportation impressments, traffic pricing, transportation cost analyses.
Economic Compensation Analyses on the Civil Transport In emergent event, the compensation for civil transportation is not only to protect the legal interests for mobilized, but also to protect their positivity.
The national mobilization potential is strong for the enough civil transport.
According to the law, to compensate the civil transport based on the traffic economic price theory can be positive for the transport need in emergent events, the civil benefits egis, and the nation development.
The Journal of Traffic Transportation Engineering and Information, Vol. 2（4） (2004) ，P.99－104.

It should be required reading not only for civil and mechanical engineers, but also municipal functionaries.

Magazine of Civil Engineering. 9(35) (2012) pp.29-34 [3] L.
Magazine of Civil Engineering. 4 (30) (2012) pp. 25-32
Magazine of Civil Engineering. 4(22) (2011) pp. 16-21
Magazine of Civil Engineering. 3 (2009), pp. 7-10
Magazine of Civil Engineering. 1 (2014) , pp. 48-56 [16] R.

Berbekov Zaven Ter-Martirosyan Moscow State University of Civil Engineering Boris Sokolov Kazan Giproniiaviaprom JSC Viktor Fedorov Russian University of Transport Valery Azarov Volgograd State Technical University Sergey Fedosov Moscow State University of Civil Engineering Vladimir Erofeev Ogarev Mordovia State University Levon Mayilyan Self-regulatory organization Association “Association of builders of the South and North Caucasus districts” Vitaliy Kolchunov Russian Academy of Architecture and Building Sciences Vladimir Travush Russian Academy of Architecture and Building Sciences Linar Sabitov Kazan State Power Engineering University Irina Akhmetova Kazan State Power Engineering University Vladimir Andreev Moscow State University of Civil Engineering Aleksey Beskopylny Don State Technical University Sergey Kalashnikov Volgograd State Technical University Ashot Tamrazyan Moscow State University of Civil Engineering Armen Ter-Martirosyan Moscow State University of Civil
Engineering Vladimir Sidorov Russian University of Transport Vladimir Mondrus Moscow State University of Civil Engineering Valery Lesovik Belgorod State Technological University named after V.G. 
Shukhov Alexander Belostotsky Russian University of Transport Sergey Evtushenko Moscow State University of Civil Engineering Valeria Pshenichkina Volgograd State Technical University Vladimir Bondarenko Don State Agrarian University Nail Kashapov Kazan Federal University Tolya Hezhev Kabardino-Balkarian State University named after H.M.
Berbekov Mukhtar Bekkiev High Mountain Geophysical Institute Dmitry Mayilyan Don State Technical University Sergey Pushenko Don State Technical University Iftikhar Abbasov Southern Federal University  Stepan Litvinov Don State Technical University Honorary Members of the Organizing Committe Alexey Adamtsevich Moscow State University of Civil Engineering Gatiyatov Ilnur Kazan State Power Engineering University Zaripov Marcel SO “Sozidanie”, Kazan Nabiullina Karina Kazan Federal University Oleg Radaykin Kazan State University of Architecture and Engineering Stanislav Roshchupkin Sevastopol State University Victor Taratuta Kuban State Agrarian University Nail Farilovich Kazan State Power Engineering University Svetlana Yazyeva Don State Technical University International Program Committee Shan Yue Shandong Jiaotong University Lyu Chunguan Shandong Jiaotong University Chariyar Amansahatov Deputy Director of the Academy of Sciences of Turkmenistan Erkin Nafasov Chief expert
of Gosstroy of Turkmenistan Abbas Hodzhaev Tashkent architecture and civil engineering institute (TACII) Zaynalobuddin Kobuliev Institute of Water Resources and Ecology of the Academy of Sciences of the Tajikistan Republic Zbigniew Wójcicki FCE WrUT, PL Stanisław Jemioło FCE WUT, PL Artur Zbiciak FCE WUT, PL Dietmar Wiegand TU Wien, Austria Vera Steiner FH Wien, Austria Milan Radosavljevic Paisley, Renfrewshire, United Kingdom Christian Hellmich TU Wien, Austria Organising Committee of the Conference (Editorial Board) Oksana Akay Don State Technical University Alina Golubeva Don State Technical University Igor Dolbin Kabardino-Balkarian State University named after H.M. 

L 4,d 1 Professor at Faculty of Civil Engineering, Pontificate University Catholic of Campinas, PUCCAMP, São Paulo State, Brazil 2 Professor at Faculty of Civil Engineering, Pontificate University Catholic of Campinas, PUCCAMP, São Paulo State, Brazil 3 Professor at Faculty of Civil Engineering, Pontificate University Catholic of Campinas, PUCCAMP, São Paulo State, Brazil 4 Student of Faculty of Environmental Engineering, Pontificate University Catholic of Campinas, PUCCAMP, São Paulo State, Brazil a patricia.stella@puc-campinas.edu.br, b lialp@puc-campinas.edu.br, c anajacintho@puc-campinas.edu.br, d caiolmigliato@uol.com.br Keywords: sandstone, aggregate, concrete strength.
It is employed in the civil construction sector.
Introduction The industry of civil construction sector is the main consumer of Brazilian Natural Resources.
Hence, this paper contributes to the civil engineering knowledge and local industrial development.
İstanbul University, Faculty of Engineering, Department of Geological Engineering, Avcılar/İstanbul, Turkey, Available online 24 June 2012.

After a general theoretical description (theory and process) of the optimization model, an engineering case is optimized using this method.
And the method is proved feasible by analyzing the primary and optimized travelers in Midas Civil and comparing their properties.
To verify the local property of the optimized traveler, parameterized plate element models of the primary and optimized travelers are established in Midas Civil to obtain better analysis (Figs .4 and 5).
Based on an engineering case, total weight of the front cross beam and triangle trusses decreases by 29.3% in the optimization model.
References: [1] Liu Yang and Lu Naiwei, Analysis on system reliability of rigid frame bridge based on response surface method, Journal of Transport Science and Engineering, Vol. 26, (2010), pp. 24

Exploration of the Strategies in Civil Engineering to the Safety Evaluation and Reinforcement Technique of Wood Structure of Ancient Architecture in Huizhou Qiang Sun1,a , Wen He1,b 1College of Civil Engineering of Anhui Institute of Architectural and Industry, Hefei, 230601, China asunqiang@aiai.edu.cn,bhw6534@yahoo.cn Keywords: Ancient structure; Safety evaluation; Reinforcement; Status quo; Wood structure Abstract.
However qualitative evaluated structure through professional knowledge and experience of engineers and technicians rather than modern measurement technology, the judgment of complicated phenomenon may be inaccurate, the identifier’s experience requirements may be high, and conclusion sometimes also vary from person to person.
[2] Q.Zhou, W.M.Yan, Z.B.Li, in: Earthquake Resistant Engineering and Retrofitting, Vol. 31(1) (2009), p. 84-90, in Chinese
[3] Q.F.Xie, H.T.Zhao, J.Y.Xue, in: China Civil Engineering Journal, Vol. 41(1) (2008), p. 28-34, in Chinese
Journal of Structural Engineering, 121(6), 1995: 995-1003

Building Materials, Geopolymers, Concrete, Wood Ash, Biodegradable Materials, Additive Manufacturing, Plastic Waste, Corrosion Resistance, Stainless Steel, Energy Efficiency, Solar Energy, PV Cells, LED Lighting, Energy Harvesting, Electromagnetic Energy, CO₂ Emissions, Architecture, Design, Civil Engineering, Natural Hazards, Building Envelope, Structural Health Monitoring (SHM)

Solutions and Engineering Examples for Water Seepage Pollution of Retaining Wall Qinfeng Pan 1,a 1School of Civil Engineering, Fujian University of Technology , Fuzhou, China ,350108 apqf95@163.com Keywords: Retaining wall; Drain hole; Scene; Water Flow; Stain; Leading Channel Abstract.
Chinese Journal of Rock Mechanics and Engineering, Vol. 32 , Supp1 (2013) , p. 2825～2832，in chinese
Journal of Civil Architectural & Environmental Enginering.
Internal Stability Analysis of Segmental Geogrid-Reinforced Siol Retaining Walls.Geosynthetics in Civil and Environmental Engineering. 2009,4:322-327
KSCE Journal of Civil Engineering 2011, 15(7): 1161-1166.