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Collection of selected, peer reviewed papers from the 4th International Conference on Civil Engineering and Transportation (ICCET 2014), December 24-25, 2014, Xiamen, China.

The 462 papers are grouped as follows:
Chapter 1: Structural Engineering;
Chapter 2: Geotechnical Engineering and Geological Engineering;
Chapter 3: Bridge Engineering;
Chapter 4: Earthquake Engineering;
Chapter 5: Tunnel, Subway and Underground Facilities;
Chapter 6: Hydraulic and Hydrodynamics Engineering, Water Supply and Drainage Engineering;
Chapter 7: Coastal Engineering;
Chapter 8: Roads and Railway Engineering;
Chapter 9: Building Materials and Technology;
Chapter 10: Building Technology and Science;
Chapter 11: Computational Mechanics and Mathematical Modeling;
Chapter 12: Surveying Engineering, Cartography and Geographic Information Systems;
Chapter 13: Disaster Prevention and Mitigation Engineering;
Chapter 14: Transportation and Traffic Planning, Operation Organization and Management;
Chapter 15: Modern Logistics Systems and Supply Chain;
Chapter 16: Intelligent Transportation Theory
and Application;
Chapter 17: Transportation Control, Analysis, Monitoring, Applied Information Technology;
Chapter 18: Public Transport Planning and Management;
Chapter 19: Transportation and Economic Development, and Low Carbon Transportation;
Chapter 20: Architectural Design and Theory;
Chapter 21: Urban Planning and Design, Landscape Design, Sustainable City and Regional Development;
Chapter 22: Ecological Architecture and Energy Consumption, Energy Saving, Heating, Ventilation and Air Conditioning Works;
Chapter 23: Environmental Engineering, Ecological and Environmental Protection Keywords: Civil Engineering, Building Materials and Technologies, Transportation, Traffic Planning and Logistic, Architectural Planning and Design, Environmental Engineering

Collection of selected, peer reviewed papers from the 2014 3^rd International Conference on Civil, Architectural and Hydraulic Engineering (ICCAHE 2014), July 30 -31, 2014, Hangzhou, China.

The 477 papers are grouped as follows:
Chapter 1: Structural Engineering,
Chapter 2: Geotechnical and Geological Engineering,
Chapter 3: Tunnel, Subway and Underground Facilities,
Chapter 4: Bridge Engineering,
Chapter 5: Road and Railway Engineering,
Chapter 6: Coastal Engineering,
Chapter 7: Materials and Technologies of Construction,
Chapter 8: Computational Mechanics and Applied Mechanics,
Chapter 9: Seismic Engineering,
Chapter 10: Disaster Prevention and Mitigation,
Chapter 11: Heating, Gas Supply, Ventilation and Air Conditioning Works,
Chapter 12: Surveying Engineering, Cartography and Geographic Information Systems,
Chapter 13: Architectural Design and Its Theory,
Chapter 14: Project Management,
Chapter 15: Engineering Management, Civil and Construction Industry Management, Infrastructure Demand and Supply, Engineering Education.
Keyword: Structural Engineering, Geotechnical and Geological Engineering, Tunnel, Subway and Underground Facilities, Seismic Engineering, Coastal Engineering, Oil, Gas and Mineral Resources Exploitation, Heating, Gas Supply, Ventilation and Air Conditioning Works, Disaster Prevention and Mitigation, Surveying Engineering, Cartography and Geographic Information Systems, Computational Mechanics and Applied Mechanics, Construction Technology, Architectural Design and Its Theory, Building Technology Science, Renewable Energy, Energy Saving Building, Low-Carbon Building, Ecological Building, Urban, Rural Planning and Design, Landscape Planning and Design, Traditional Construction Materials, Advanced Construction Materials, Project Management, Engineering Management, Civil and Construction Industry Management, Infrastructure Demand and Supply, Engineering Education

Research on the Intelligent Course Schedule Systems for Civil Engineering in Colleges under Multiple Constraints LI Hui 1, a; LI Yu-ji2, b; ZHANG Jing-xiao1, c; Lu Cai-wu2, d; 1School of Civil Engineering, Chang’an University, Xi’an, 710061, Shaanxi, China， 2School of Management, Xi’an University of Architecture & Technology, Xi’an, 710055, Shaanxi, China, alihui9922@126.com; hzb@chd.edu.cn; czhangjingxiao964@126.com;dkekelu9922@126.con; Keywords: Multiple constraints; Civil Engineering; Ant colony genetic algorithm; Course Schedule Systems; Fitness Function Abstract.
The University Timetable Problems in Civil Engineering hinders the multi-targeting combinatorial optimization of teaching resources in colleges and universities.
In this paper, it is studied how to adopt ant colony genetic algorithm to set up the course schedule system for civil engineering in colleges and universities, which makes the population form partitions according to rules in the genetic process, spray pheromones in the partitions, with the chromosome fitness and the population partitions crossing over with each other, to form a positive feedback system.
Here, the course scheduling result of civil engineering class 0901 is chosen for example, as shown in Table 3: From the table, it can be seen that the courses of civil engineering 0901 are well-distributed in the results of course scheduling, without conflicts among courses, teachers and others, which is an optimal course schedule available. 2.
Analysis of the course scheduling results of teachers The course scheduling result of teacher 28 is selected randomly as an example, as shown in the following Table 4： Time Monday Tuesday Thursday Thursday Friday 1-2 Civil engineering materials, 1-16, B404, Civil engineering1001 3-4 steel structure, 1-12, B309, Civil engineering 1001 5-6 structural mechanics, 1-12, B309, Civil engineering1001 As shown in Table 4, it can be seen that the time of the courses of teacher 28 is arranged reasonably, with intervals between two courses, which can meet the course preparation arrangements of teacher 28, so the course scheduling result meets the available and reasonable conditions. 5 Conclusions The experiment results show that the method of course scheduling presented in the paper is feasible and effective.

Bored Pile Settlement Analysis of Pile End Grouting in Civil Engineering Shaohe li1,a, Qunxian lin1,b, Jian wu2,c 1Department of Construction Engineering, Zhejiang Industry Polytechnic College, Shaoxing, Zhejiang, 312000 2Zhejiang Yiwu Survey Design Research Institute, yiwu, zhejiang, 322000） aemail: lishaohenx@163.com, bemail: 382691419@qq.com, cemail: 898702098@qq.com Keyword: Bored pile, Grouting slurry bubble, Modulus, Settlement,Civil Engineering Abstract.
This article has through hierarchical total legal analysis in bored pile end grouting after pile subsidence influence factor, And in a project as a background, establishes the single pile ANSYS finite element model in civil engineering.
In conclusion, pile end grouting on pile settlement in civil engineering is very effective method, Slurry bubble size and bubble of plasma modulus and other factors on the pile settlement pile settlement decisive factors had been analyzed in civil engineering,which will be very useful for civil engineering.
ShaoHe Li, male, 1972, Senior engineer, Engaged in geotechnical engineering research and teaching The telephone number: 13957593406 Email: lishaohenx@163.com 2.
Jian Wu male,1969, Senior engineer, Engaged in geotechnical engineering research The telephone number: 13575949694 Reference

An Empirical Analysis of Risks, Involved In Marketing of Civil Engineering Products Muhammad Fiaz1, a, Shoukat Younas 2, b, Malik Zaka Ullah 3, c, Yang Naiding 4,d 1, 2,4 School of Management, Northwestern Polytechnical University, Xi’an, China 3King Abdulaziz University, Jeddah, Saudi Arabia a fiaz_42@yahoo.com, b el.groupz@gmail.com, c mzhussain@kau.edu.sa, d naidingy@nwpu.edu.cn Keywords: Civil Engineering Projects, Risk, Marketing, Construction Industry Abstract.
This research paper is an effort to highlight prominent key risks which are involved in marketing of civil engineering products.
These risks have been evaluated by the sales managers and site engineers through survey process.
Aim of this research article is to highlight those prominent risks which are involved in marketing civil engineering products.
Research Approach An empirical research has been performed to examine the perception of the sales professionals from third party, civil consultants and site engineers of building products.

The Dynamic Analysis of Concrete Pump Truck Arm in Civil Engineering Li DAI 1,a, YunGong LI 1,b, Yu LIU 1,c and Jian WANG 1,d 1Northeastern University, Shenyang 110819, China.
a: ldai@me.neu.edu.cn, b: YGLI@me.neu.edu.cn, c: yuliu@me.neu.edu.cn , d: w.jian@neusoft.com Key words: concrete pump truck; multi-body dynamics; arm;civil engineering Abstract: The concrete pump truck integrates transportation with pouring process ，which is characterized with flexibility, facility and celerity in civil engineering.
As for the concrete pump truck, the arm system is the most important because the rationality of the arm directly influences the performance and pouring position of the truck in its application in civil engineering.

Collection of selected, peer reviewed papers from the 2014 International Conference on Civil, Materials and Computing Engineering (ICCMC 2014), December 6-7, 2014, Taiwan.

The 277 papers are grouped as follows:
Chapter 1: Materials Engineering and Technologies,
Chapter 2: Applied Mechanics, Geo Science, Building, Structural and Civil Engineering,
Chapter 3: Power, Energy and Thermal Research, Environmental Engineering,
Chapter 4: Mathematical Analysis, Computer Science, Communication and Information Technologies,
Chapter 5: Mechanical Engineering, Measurement, Control and Automatisation,
Chapter 6: Engineering Management, Business and Economics.
Keyword: Materials science, applied mechanics, power engineering, energy engineering, mechanical engineering

The collected articles provide the readers with the results of scientific research and engineering decisions in the area of materials science, building engineering, civil engineering and environmental engineering.
Short reports were presented at International Conference on Materials Science and Engineering (ICMSE 2019), which held in Kyoto Research Park Corp, Kyoto, Japan

Building Materials, Building Engineering, Bridge Engineering, Civil Engineering,  Enviromental Engineering

Collection of selected, peer reviewed papers from the 2014 3^rd International Conference on Advanced Engineering Materials and Architecture Science (ICAEMAS 2014), July 26-27, 2014, Huhhot, Inner Mongolia, China.

The 543 papers are grouped as follows:
Chapter 1: Advanced Material Science and Technologies,
Chapter 2: Bio and Medical Materials and Technologies,
Chapter 3: Detection, Measurement and Monitoring,
Chapter 4: Applied Mechanic, Mechanical Engineering, Automation and Control,
Chapter 5: Power Systems, Electrical and Electronic Engineering,
Chapter 6: Civil Engineering, Architecture and Construction Science,
Chapter 7: Environmental Science and Technologies,
Chapter 8: Organization and Management of Production, Economics and Finances,
Chapter 9: Theory and Practice of Information Technologies and Communications,
Chapter 10: Applied Mathematics, Data and Signal Processing, Computational Procedures,
Chapter 11: Modern Technologies in Education.
Keyword: Materials Science, Civil Engineering and Architecture Science, Mechanical Engineering, Manufacturing Technology, Automation, Management Engineering and Information Technology

The “Whole Process” experimental model of experimental teaching was proposed in this paper to solve the problems in experiment curriculum of civil engineering.
Introduction Civil engineering experiment is an indispensable part in cultivating students’ practical ability and theoretical knowledge [1-3].
The civil engineering experimental center of Guangdong university of technology was founded in 1995, based on the combination of civil engineering department of Guangdong institute of technology (founded in 1958) and Guangdong architectural and civil engineering technical college (founded in 1956, renamed South China construction university(east campus) in 1992 ).
In 2009 the center obtained a construction project “the civil engineering technology research center” in Guangdong Province.
At the same year, the center was allowed to become “the civil engineering experiment teaching demonstration center” of Guangdong Province.