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The increasingly pressing requirements of environmental and natural resource protection, while achieving sustainable development, bring more opportunities to the fields of civil engineering, architecture, hydraulic engineering and infrastructure development.
This book highlights the latest developments in, and applications of, advanced and sustainable materials, innovations in civil and hydraulic engineering, innovations in architecture and building construction, and innovations in bridge and underground engineering.

Civil unmanned aircraft system maintenance structure Linlin Wang1, a, Zhiwen Wu2,b 1Guangzhou Civil Aviation College, Guangzhou 510000, China 2 Shenzhen Airlines, Maintenance Engineering Department, Guangzhou 510000, China ajunjifeng@live.com, bwuzhiwen@shenair.com Keywords: civil unmanned aircraft system; maintenance structure; two-level maintenance; Abstract.
At the same time, UAS’ maintenance usually needs professionals in many different engineering fields [2]: flight control, radio communication, mechanic, electronic, electrical, and photonics.
Civil UAS does not have to consider the war situation. 4.
But for the civil UAS maintenance it means much more.
Development and key technologies of the civil UAV [R].

The article is dedicated to the changes happening in the sphere of higher education and concerning the foreign language education of the future civil engineers.
The research held studies the main motivational factors for English language learning among the students of the Institute of Civil Engineering.
The Institute of Civil Engineering is the legal successor of the Faculty of Civil Engineering founded in 1907 and considered one of the most respected construction faculties of Russia.
If the former can be seen only as a positive tendency, the latter is affecting Russian economy and civil engineering industry in a negative way.
We see it as a positive tendency showing the increase of patriotism among future civil engineers.

Performance of Steel Fiber Reinforced Concrete (SFRC) and Its Application in Civil Engineering Rong Guo Department of Civil Engineering, Taiyuan University of Technology, Shanxi, China guorongsx@163.com Keywords:steel fiber reinforced concrete; civil engineering application; performance Abstract.
It is widely used in various types of engineering construction field with its good crack resistance, flexural toughness and impact resistance.
In addition to impermeability of concrete did not change significantly, freeze-thaw resistance, heat resistance, wear resistance, corrosion resistance and cavitation were significantly improved due to fine crack resistance and integrity. 3 Application of SFRC in civil engineering 3.1 Support engineering With high tensile, flexural and shear strength, steel fiber reinforced concrete can also keep integrity well due to the capability of withstanding greater rock and soil deformation,thus,it is widely used in tunnel support engineering and mountain slope protection. 3.2 Water-storing,anti-seepage and water conveyance pipeline engineering Due to the good crack resistance and low shrinkage, SFRC have the characteristics of waterproof and seepage control performance,thus it can be used for low pressure pipes, impounding reservoir, basement seepage and other projects, it also can be used for waterproofing layer in storage and impermeable structures, and sometimes also as structural
Summary The superior performance showed that: SFRC can not only solve panel, wall, beam-end and midspan,cracks in concrete basement wall , groundwater seepage and other common problem in projects , but also has been widely used in marine engineering,water resources and hydropower engineering, while reducing costs, saving material.
J Harbin Inst Civil Eng Archit(in Chinese), 1988(suppl): 65—77.

The 120 papers are grouped as follows:
Chapter 1: Materials Science,
Chapter 2: Material Properties and Processing Technologies,
Chapter 3: Applied Mechanic and Engineering Design,
Chapter 4: Mechanical Engineering and Control Systems,
Chapter 5: Researches of Transmission Line Construction,
Chapter 6: Civil Engineering and Information Technologies.
Keyword: Materials Science; Material Properties and Processing Technologies; Applied Mechanic and Engineering Design; Mechanical Engineering and Control Systems; Researches of Transmission Line Construction; Civil Engineering and Information Technologies

Collection of selected, peer reviewed papers from the 2014 4th International Conference on Industry, Information System and Material Engineering (IISME2014), July 26-27, 2014, Nanjing, China.

The 120 papers are grouped as follows:
Chapter 1: Materials Science, Processing and Application,
Chapter 2: Mechanical Engineering and Applied Mechanics,
Chapter 3: Energy, Power and Heat Engineering,
Chapter 4: Construction and Civil Engineering,
Chapter 5: Environmental Engineering,
Chapter 6: Robotics, Control and Automation,
Chapter 7: Applied Information Technologies, Data Processing and Computational Methods,
Chapter 8: Industrial Engineering and Engineering Education Keyword: Materials Science, Processing and Application; Mechanical Engineering and Applied Mechanics; Energy, Power and Heat Engineering; Construction and Civil Engineering; Environmental Engineering; Robotics, Control and Automation; Applied Information Technologies, Data Processing and Computational Methods

Numerical Simulation of Structure Dynamic Response for Civil Architecture under Mining Blasting Vibration Zhang Zhiyu1,a，Luan Longfa1,a and Xie Jianbin2,c 1Faculty of Land Resource Engineering, Kunming University of Science and Technology, Kunming, 650093, P.R.
China 2Department of Civil Engineering, Yunnan University, Kunming, 650091, P.R.
Currently blasting has become a major means and productive technique of engineering construction and industrial production [4,5,6].
[5] Wu Congshi, Li Gaohui, Guo Yunkai,Wang Qi, Xiao Bo: Chinese Journal of Rock Mechanics and Engineering, Vol.28, No.7 (2009), p.1499-1505
[6] Zhao Dongping, Wang mingnian: Chinese Journal of Geotechnical Engineering, Vol.29, No.1 (2007), p.116-119.

Design of Functionally Graded Beam of Aluminium Foam for Civil Structural Application Gianpaolo Perrella1, a *, Diana Faiella1,b, Giuseppe Brandonisio1,c, Massimiliano Fraldi1,d, Elena Mele1,e 1Department of Structures for Engineering and Architecture (DiSt), University of Naples “Federico II”, Naples, Italy a gianpaolo.perrella@unina.it, bdiana.faiella@unina.it, cgiuseppe.brandonisio@unina.it, dfraldi@unina.it, eelenmele@unina.it, Keywords: Aluminium foams, mechanical properties, civil engineering, lightweight structures.
Sandwich foam beams, made of solid skins and aluminium foam core, are usually applied in high-tech engineering field while they are not yet adopted in civil structures.
While aluminum foams are widely applied in high-tech engineering fields (aeronautics, mechanical, etc.) they are not yet adopted in civil structures, despite of their potential for lightweight and energy absorption solutions [1,2].
An initial, explorative study on the application of metal foams for structures in the civil engineering fields has been presented in this paper.

The application of FRP materials in civil engineering is now a hot spot in the research and development of the international civil engineering field.
FRP reinforcement used in civil engineering As the FRP bars have the excellent performance, so in modern civil engineering has a wide application.
Only coming up with a more practical way to solve these problems can be obtained more extensive use of FRP tendons, then the development of civil engineering will enter a new era.
Hebei Civil Engineering Journal.2006, 24(l):10-12.
In: Proceedings of the second international conference on FRP composites in civil engineering (CICE-2), Adelaide, Australia, 8-10 December; 2004. p. 905-12

The 75 papers are grouped as follows:
Chapter 1: Materials Engineering, Civil Engineering and Applied Mechanics;
Chapter 2: Energy Engineering, Power and Technology;
Chapter 3: Chemistry Engineering, Resources and Environment Engineering.
Keyword: Materials Engineering, Civil Engineering and Applied Mechanics, Energy Engineering, Power and Technology; Chemistry Engineering, Resources and Environment Engineering