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The aim objective of ICKEM 2014 is to provide a platform for researchers, engineers, academicians as well as industrial professionals from all over the world to present their research results and development activities in Key Engineering Materials.
Keyword: Novel Composite Materials; Corrosion, Coating; Nanomaterials, Nanocomposites and Nanotechnology; Materials and Manufacturing Technology; Electrical, Electronic and Optoelectronic Materials; Biomaterials and Biotechnology; Materials and Technologies in Environmental Engineering; Novel Materials and Technologies in Civil Engineering

This volume papers introduce readers to the last research and achievements in the area of materials for mechanical engineering, modern structural elements and technologies for civil and road engineering.
This book will be interesting for scientists and engineers who work with modern engineering materials for roads and constructions.

Selection and Durability of Stainless Steels for Civil Engineering Applications Jürgen Mietz1,a* and Andreas Burkert1,b 1Bundesanstalt für Materialforschung und -prüfung (BAM), Division 7.6 Corrosion and Corrosion Protection, Unter den Eichen 87, 12205 Berlin, Germany ajuergen.mietz@bam.de, bandreas.burkert@bam.de Keywords: Stainless steel, civil engineering, atmospheric corrosion, corrosion resistance, durability Abstract.
Introduction While in former times stainless steels have been used in civil engineering mainly because of aesthetic reasons, today also economical considerations often play a significant role.
In comparison to the commonly used austenitic stainless steels for applications in civil engineering the family of duplex stainless steels offers some interesting options.
To improve the knowledge about the practical experiences in civil engineering application long-term exposure tests with potentially suitable alloys of different groups of materials (ferrite, austenite, duplex) fulfilling the different custom requirements with respect to corrosion protection and simultaneously represent an interesting alternative in terms of price for the particular application were carried out.
Ohnaka, Corrosion Engineering 38 (1989) 92-97

When the beginning of the fault diagnosis of in-flight shutdown of civil aviation engines, Bayesian Network should be constructed .According to in-flight shutdown fault data of civil aviation engine.
With the help of figure 2 and the real-time data in CFE, the prior fault diagnosis can be done to help engineers.
“Application Research of Bayesian Networks into Mechanical Fault Diagnose.College of Mechanical Engineering”.
Systems Engineering-Theory & Practice, 2006, 6: 95 - 100
Journal of Whhan University of Technology (transportation Science & Engineering) 2005.29(3):335-338 [13]Su Yan.

Collection of selected, peer reviewed papers from the 2013 2nd Global Conference on Civil, Structural and Environmental Engineering (GCCSEE 2013), September 28-29, 2013, Shenzhen, China.

The 625 papers are grouped as follows:
Chapter 1: Construction Materials;
Chapter 2: Construction Technology;
Chapter 3: Structural Engineering;
Chapter 4: Geotechnical Engineering;
Chapter 5: Bridge Engineering;
Chapter 6: Road and Railway Engineering;
Chapter 7: Geological Engineering;
Chapter 8: Tunnel, Subway and Underground Facilities;
Chapter 9: Seismic Engineering;
Chapter 10: Fluid Engineering, Coastal Engineering, Hydrology and Water Resource Management;
Chapter 11: Mining Engineering and Oil and Gas Well Development;
Chapter 12: Heating, Gas Supply, Ventilation and Air Conditioning Works;
Chapter 13: Data Processing and Measurement Technologies;
Chapter 14: Traffic Engineering;
Chapter 15: Disaster Prevention and Mitigation;
Chapter 16: Computational Mechanics and Mathematical Model;
Chapter 17: Environmental Materials;
Chapter 18: Environmental Chemistry and Biology
;
Chapter 19: Environmental Safety and Health;
Chapter 20: Environmental Analysis and Monitoring;
Chapter 21: Environmental Restoration and Pollution Control;
Chapter 22: Architectural Design and Its Theory;
Chapter 23: Advanced Design and Planning Technologies;
Chapter 24: Urban Planning and Design, Resource Utilization;
Chapter 25: Project Management;
Chapter 26: Engineering Management and Engineering Education;
Chapter 27: Computer Application and Modeling

This paper introduces the characteristics of FRP composites, the application of FRP composites in civil engineering are discussed, finally, the prospect of FRP materials are introduced.
Thus in theimportant civil engineering, such as large span, high rise, the application of underground structures, marine engineering, high durability, and specialenvironmental engineering, the permanent works, structure reinforcement and repair of large engineering structure, application of in servicemonitoring, has great advantages, have been widely used.
It can meet the needs of modern civil engineering of new building materials to update,higher requirements.
FRP composites in civilengineering in the application of technology and materials research and development, in the world today has become a composite field and civil engineering field a focus of research and development.
The technology research and development is successful, will greatly promote the technicalprogress of modern civil engineering.

An Evaluation System of Maintainability of the Civil Aircraft Based on Virtual Reality Xudong Wu 1,Hu Liu 1, Song Mo 1, Zhe Wu 1 1School of Aeronautic Science and Engineering of Beihang University, Beijing, China wuxudong791@gmail.com Keywords: maintainability; evaluation; accessibility; virtual reality; Abstract.
This paper presents an architecture based on virtual reality for the civil aircraft’s maintainability evaluation.
Maintainability makes a good sense in the cycle life of a civil aircraft.
The concurrent design was widely applied in the design of civil aircraft based on the computer technology.
We use the measure data which percentile was 50 because the data is prevalently applied in the engineering design in China [10].So the height of 3d model of the human body was defined as 1.70 m.

Research on Mitigating Methods to Reduce Civil Aviation Emission Weijun Pana, Chenyu Huangb, Wenbo Wangc Civil Aviation Flight University of China, Guanghan China apanatc@sina.com, bvictorhcy222@163.com, cvincent0514@163.com Keywords: aviation emission reduction; jet bio-fuel; AHP Abstract: As the booming civil aviation industry has seriously polluted air and tremendously jeopardized environment, ICAO has published a specific goal on the reduction of civil aviation emission.
All of that incurs a grim challenge to civil aviation development.
Journal of China Civil Aviation (2009), p. 77-79 [4] Yingluo Wang: System Engineering (edition 2).
Journal of Engineering for Gas Turbines & Power (Apr 2012) [6] Marsh, George: Biofuels: aviation alternative?
Science Technology and Engineering(2008)

The application of data mining in the civil aviation accident analysis Daiwu Zhu 1, a, Yin Ni 2,b 1College of Air Traffic Management, Civil Aviation Flight University of China, Guanghan, 618307, China 2College of Air Traffic Management, Civil Aviation Flight University of China, Guanghan, 618307, China afcatcd@263.net, b niyin1986@126.com Keywords: civil aviation accident analysis, Data Mining, Rough Set theory, Preference Information Algorithm.
The civil aviation sector could make the appropriate risk based on these information.
The civil aviation accident analysis is based on the existing civil aviation accident and symptom information (including aircraft flight parameters, visibility, landing gear type, runway conditions, the flight status, etc.)
Acknowledgements This work was supported by Youth Research and Innovation Foundation of Civil Aviation Flight University of China(X2010-43).
IEEE Transations on Knowledge and Data Engineering, 1996, 8(6): 866—833 [5] Jiawei Han Micheline Kamber

Collection of selected, peer reviewed papers from the 3^rd International Conference on Advances in Mechanics Engineering (ICAME 2014), 28-29 July, Hong Kong, China.

The 72 papers are grouped as follows:
Chapter 1: Advanced Materials Engineering and Processing Technologies,
Chapter 2: General Mechanical Engineering and Applied Mechanics,
Chapter 3: Applied Thermodynamics and Thermal Effects,
Chapter 4: Instrumentation, Measurement Technologies, Monitoring and Detection, Analysis and Methodology,
Chapter 5: Mechatronics, Robotics and Automation of Manufacturing,
Chapter 6: Civil Engineering and Building Materials,
Chapter 7: Product Design and Industrial Engineering Keyword: Advanced Materials Engineering and Processing Technologies, General Mechanical Engineering and Applied Mechanics, Applied Thermodynamics and Thermal Effects, Instrumentation, Measurement Technologies, Monitoring and Detection, Analysis and Methodology, Mechatronics, Robotics and Automation of Manufacturing, Civil Engineering and Building Materials, Product Design and Industrial Engineering