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Model of optimum planning of civil engineering in the settlement territory Soldatenko V.S.
For example, achievement of high profitability of investments into civil engineering is important.
Thus, the problem of planning of civil engineering has high complexity.
Settlement example For civil engineering three projects of houses can be used.
The solution of a problem of planning of civil engineering in the settlement is complete.

Collection of selected, peer reviewed papers from the 2013 2nd International Conference on Civil Engineering and Material Engineering (CEME 2013), December 21-22, 2013, Wuhan, China.

The 125 papers are grouped as follows:
Chapter 1: Materials and Mechanical Engineering, Applied Mechanics;
Chapter 2: Construction, Civil, Building Engineering and Geology Science;
Chapter 3: Chemistry and Environmental Technologies;
Chapter 4: Applied Technology and Information System Keyword: Civil Engineering, Material Engineering, Mechanical Engineering, Applied Mechanics, Applied Technology, Information System

Study on the catastrophic consequence and countermeasure of urban civil engineering Qingxie Lv1,a ,Tieying Li2,b 1Architecture and Civil Engineering College, Taiyuan University of Technology, Taiyuan, Shanxi, 030024, China 2Architecture and Civil Engineering College, Taiyuan University of Technology, Taiyuan, Shanxi, 030024, China a911849111@qq.com,blty680412@163.com Key word: City, Civil Engineering, Disaster prevention and reduction Abstract: City is the centre of politics, economy and culture.
And the civil engineering is the focus of city modernization.
Urban civil engineering disaster prevention and mitigation information system including the city bridge engineering information subsystem, the city important building structure information subsystem, and water, electricity, gas pipe network information subsystem.
For the future urban civil engineering to study and put forward the following opinions: (1) at the same time, considering the influence of a variety of disasters.
Civil engineering disaster prevention of the development and trend of shallow theory [J].

The Design and Implement of Civil Air Defense Engineering Management System Based on GIS Weite Li1, a, Xunli Xu1,b , Xiuli Qi2,c, Wenbin Xie2, d, Guoqin Qiu2, e 1 People's Air Defense Office of Huang Shi City, HuBei Province China 2PLA University of Science and Technology, Nanjing China aliweite2006@163.com, bkingmorsun@sina.com, cQiXiuLi@189.cn Keywords: GIS Civil Air Defense Engineering Integrated Management System.
Considering the requirement analysis，the thesis discusses and analyses the general design and function constitution of the civil air defense engineering management system.
At present, information-based level of civil air defense engineering management is low, The civil air defense engineering management system will increase the information level of application of the civil air defense staff on-site law enforcement inspections and improve work efficiency and the protection force of the civil defense department, in order to prevent the problem that civil air defense engineering is loss of management and inspection.
The system can make the management work of civil air defense department more effective, facilitate the daily work of the staff, and provide a canonical program, easy to use, fully functional application support system for engineering quality monitoring and law enforcement and inspections of civil air defense engineering.
Fig1 The Total Function Framework of Civil Air Defense Engineering Management System B.

The use of nanotechnology in civil engineering is still in infancy stage.
Conclusion This paper reviewed the literature available on the application of nonotechnology in civil engineering.
It is stated that use of nanotechnology in civil engineering has just started.
The use of nanotechnology in civil engineering is still in infancy stage, and hence needs lot of research on its uses especially in the area of highway engineering.
Journal of Materials in Civil Engineering, 23, pp 1028-1035

Collection of selected, peer reviewed papers from the 2nd International Conference on Mechanical Engineering, Materials Science and Civil Engineering (ICMEMSCE 2013), October 25-26, 2013, Beijing, China.

The 231 papers are grouped as follows:
Chapter 1: Material Engineering;
Chapter 2: Modeling and Simulation;
Chapter 3: Manufacturing and Design Science;
Chapter 4: Mechanical and Dynamic Research;
Chapter 5: Mechatronics and Control Systems;
Chapter 6: Information and Automation;
Chapter 7: Building Materials;
Chapter 8: Civil Engineering Keyword: Material Engineering; Modeling and Simulation; Manufacturing and Design Science; Mechanical and Dynamic Research; Mechatronics and Control Systems; Information and Automation; Building Materials; Civil Engineering

Impact of Augmented Reality (AR) in Civil Engineering G.Senthil Kumaran 1,a, K.R.Santhi 2,b, P.M.Rubesh Anand 3,c 1,2,3 Kigali Institute of Science and Technology, B.P.3900, Kigali, Rwanda a kumarangs@yahoo.com , b santhikr@yahoo.com, c rubesh.anand@yahoo.com Key words: Augmented Reality, Civil Engineering, Data, Visual Display Abstract: The ability to view constructions virtually before using the real resources to construct them has been of main interest in civil engineering over a long period of time.
In order to overcome the gap between the real and virtual environments, this paper highlights the use of Augmented Reality (AR) in all the areas of civil engineering instead of using Virtual Reality.
This paper describes the developing augmented reality technology and its various application domains in civil engineering.
Introduction Civil Engineering is the field which uses a lot of man power.
Conclusion Augmented Reality is a new generation technology which is developing rapidly and still untapped in many fields of civil engineering applications.

China felixwseu@163.com Keywords: civil engineering; graduation design; application-oriented undergraduate institutes; excellent engineers Abstract.
Currently, over 60% of teachers in the Dept. of Civil Engineering have registered as structural, geotechnical, architect and supervision engineers.
Due to the lack of construction safety engineers, the College of Urban Construction and Safety Engineering of SIT has taken both advantages of civil engineering and safety engineering to bring up safety engineers in the field of civil engineering [1].
Thus, during the process of the graduation design, students are always indoctrinated the "safety civil engineering" concept, in order to make them become qualified safety engineers in the field of civil engineering.
Corresponding progress has been made in the past few years in the Department of Civil Engineering of SIT.

The volume contains selected, peer reviewed papers from the 2012 International Conference on Mechanical Engineering, Materials Science and Civil Engineering (ICMEMSCE 2012), August 18-20, 2012, Harbin, China.

The papers are grouped as follows:
Chapter 1: Advanced Technologies in Mechanical and Manufacturing Engineering;
Chapter 2: Material Engineering and Technology;
Chapter 3: Civil Engineering, Architecture and Building Applications;
Chapter 4: Modeling, Automation and Related Themes.

Basic aim of CRM in the civil engineering sector is gaining and keeping customers with the biggest purchasing potential.
In the civil engineering sector, this concept was stronger in the last decade.
Training aimed at implementing of CRM in the civil engineering sector should comprise the following: § Civil engineering material salesmen; § Civil engineering service salesmen; § Sales managers in civil engineering companies; § Employees in sales services of the civil engineering companies; In case all civil engineering companies want more success in sales, improving working systems, if they wish to increase productivity and volume of sales, then CRM is one of the most convenient strategies.
Namely, selling civil engineering companies will be more successful if working on sales is better organized.
Phases of CRM in the civil engineering sector Basically, there are 3 phases of CRM which can be implemented in the civil engineering sector [5]: 1.