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Therefore, the B-type CHA is commonly used for bone tissue engineering.
Therefore, all B-type CHA samples are candidates in bioceramic materials for bone tissue engineering applications.
Thus, B-type CHA has been expanded for bone tissue engineering applications.
Materials.
All B-type CHA samples based on eggshells are candidates in bioceramic materials for bone tissue engineering applications based on these characteristics.

,LTD, Baotou 014000 , China aemail: ivyklj@163.com Keywords: Metasynthesis；Complex System; Hall for Workshop of Metasynthetic Engineering Abstract.
Based on analyzing key technology about hall for workshop of metasynthetic engineering of joint demonstrating，the HWME(Hall for Workshop of Metasynthetic Engineering) of joint demonstrating of equipment system is established.
Metasynthesis Metasynthesis originated in systems engineering.
Based on analyzing key technology about hall for workshop of metasynthetic engineering of joint demonstrating，the HWME(Hall for Workshop of Metasynthetic Engineering) of joint demonstrating of equipment system is established.
The theory and practice in system engineering,2002(5) ,1-7

A Study of the Form Design of Household Medical Care Bed on Kansei Engineering Theory Wei Zheng1, a , Qingsen Xie2,b, Yan Jiang3,c 1Tianjin Key Laboratory of Equipment Design and Manufacturing Technology, Tianjin University, Tianjin, China 2School of Mechanical Engineering, Tianjin University, Tianjin, China aivyzhengwei@aliyun.com, b576551171@qq.com, clinahilina@126.com Key words: Kansei Engineering, Semantic Differential, Household Medical Care Bed.
Conclusion At present, Kansei Engineering has been proven as an effective method in product designs.
Packaging Engineering, 2008, 29(6) : 158
Kansei Engineering [M].
A Study of the Form Design of Water Jug Based on Kansei Engineering Theory [J].Journal of Donghua University, 2010.4

Smart Building Materials of BIM and RFID in LifeCycle Management of Steel Structure XIE Yunfei1, 2, a, LIChunxiang2, b, Li Zhihui3, c 1Nantong Shipping Vocational& Technical College, Nantong Jiangsu, 226010 2Department of Civil Engineering, Shanghai University, Shanghai, 200072 3Guangxia Construction Group ashxieyunfei@163.com,bshlcxxyf@163.com, clizhihui@163.com Keywords: Smart building material, BIM, RFID, Lifecycle management, Steel structure.
Smart Building Materials of BIM and RFID Concept and Characteristics of BIM.
BIM is called another revolution in building engineering area after the revolution of throwing-drawing board by CAD.
Application of Smart Building Materials about BIM and RFID in the Whole Life Cycle Management of Steel Structure BIM is the Key Technology of Building Lifecycle Management.
It is necessary for technology core of BIM if BLM is applied to engineering practice truly.

Several common methods of the old bridge reinforcement Liang Li1, a, Canhui Zhao1,b,Xiao Yang1,c and Bingbing Fan1,d 1 School of civil engineering of Southwest Jiaotong University, Chengdu,Sichuan province,China all19890219@126.com, bzch2887@163.com,c18215675255@163.com, dwudifan_9005@163.com Keywords: Old bridge; retrofit;bridge reinforcement;key points Abstract: In recent years, with the development of technology and theoretical study of bridge engineering, systematically retrofitting the old, sick and dangerous bridges has been an important content of bridge construction.
This paper analyzed several common methods of bridge reinforcement, and made some instructions of the key points .
For bridges of serious disease, using new materials(such as FRP), apply external prestress, use chemical high-pressure grouting to crevice.
Central South Highway Engineering, 2004 [3] Shijian Zhao & Li Dawei.
Journal of Traffic and Transportation Engineering, 2005,5(1)

The analysis of engineering changes are shown in table 1.
(2) Change of engineering amount.
Effective measurements to control engineering cost Fig.1 is description of invest rules influenced by engineering items on different stages overseas.
Obviously, the key to control engineering cost is in design phase.
Discussion of the Project Cost Control based on the quantities bill valuation[J].China Water Transportation (2011) [4] Xiaoling Liu, The Analysis To Influence of Project Change on Cost Control[J].Economic Review (2011) [5] Dongxia Li,Xueming Tao,Guangpeng Xiao.The Study of Project Change Management based on the quantities bill valuation[J].Sichuan Building Materials (2011) [6] Haiyuan Lu, Jin Sun.Evalution methods of engineering change based on the quantities bill valuation [J].Journal of Engineering Management (2011) [7] Hong Rao.

The Study of Eliminate Companies Seven Wastes of Enterprises Based on the Theory of Industrial Engineering and Lean Production Jinchang Zhang1, a, Hong Yin1,b * and Huimin Jia1,c 1 Faculty of Mechanical and Electrical Engineering, Kunming University of Science and Technology, Kunming, Yunnan, 650500, China a2858520056@qq.com, b13669754869@163.com, c1104266983@qq.com Keywords: Seven wastes, Industrial engineering, Lean production, AHP.
Industrial Engineering Methods. (1) Four principles of ECRS.
Four principles of ECRS was an analysis and optimization techniques of industrial engineering.
It divides the business of the material into three categories: A classification of materials, a critical minority materials; B classification materials: relatively minor and the quantity of materials is large; C classification materials: minor majority of materials. (2) Fool Proof.
Fundament of Industrial Engineering, Beijing : China Machine Press , 2010.

The analysis of the evolution of texts of Russian official documents related to the priority areas of science, technology and engineering, and critical technologies in 1996, 2006 and 2011 [12] that focused on the subject of “new materials”, revealed the following facts.
Unfortunately, in the next iteration that was initiated to revise the priorities of science, technology and engineering development in Russia in 2011, the official interpretation refrained from the key term “materials” and now the title of the priority we are interested in is “Industry of nanosystems”.
Instrument engineering; 15.
Transport engineering; 7.
Key Analyses and Policy Conclusions.

Experimental study on material removal rate for engineering ceramics machining with micro-detonation of striking arc Baoguo Zhang a, Xinli Tian b, Keling Lin c, Xiujian Tang d, Yatao Mao e Science and Technology on Remanufacturing Laboratory, Academy of Armored Forces Engineering, Beijing, China, 100072 azhang_baoguo@126.com,btianxli719251@sohu.com, clinkeling1985@yahoo.com.cn, dtangxiujian@hotmail.com, emaoyatao666@163.com Keyword: Material removal rate (MRR), Micro-detonation of striking arc machining (MDSAM), Engineering ceramics.
Introduction Micro-detonation of striking arc machining (MDSAM) is a newly developed special rough machining technology for engineering ceramics [1].
In this paper, machining system to machine the engineering ceramics is introduced at first.
Si3N4 ceramics serves as the workpiece material, which is wildly used in thermal machines, cutting tools, fire resisting materials and other demanding environments owing to its high strength, high temperature properties, high hardness and good corrosion resistance [4].
References [1] X.L.Tian, J.F.Yang and C.Liu: Int J Adv Manuf Technol Vol. 16 (2010), p. 529 [2] X.L.Tian, J.F.Yang and C.Liu: Materials Science Forum Vol. 626-627 (2009), p. 565 [3] X.L.Tian, B.G.Zhang, and J.F.Yang: Key Engineering Materials Vol. 443 (2010), p.439 [4] Z.H.Jin, J.Q.Gao, G.J.Qiao: Engineering Ceramic Material (Xi’an Jiaotong University Press,China 2000).

This special issue of Key Engineering Materials journal is to communicate the latest progress and research of new theory, technology, method, equipment in materials processing and manufacturing automation technology field, and to grasp the forefront technological and research trends worldwide, which will drive international communication and cooperation of production, education and research in this field.
The major topics covered by the special issue include Experience and Paper of Education in Special Machining Technology, Process Monitoring and Quality Control of Manufacturing Systems, Industrial Robot Technology, Agile Manufacturing, Intelligent Manufacturing, Green Manufacturing, Virtual Manufacturing, Networked Manufacturing, Computer Integrated Manufacturing System and Contemporary Integrated Manufacturing System, Product Lifecycle Management, Computerized Numerical Control System and Flexible Manufacturing System, Precision Machining Technology, CAD/CAE/CAPP/CAM and Application of Product Data Management, Logistics Engineering and Equipment and Other Related Topics and so on.
The guest editors would like to thank the contributors of papers, the reviewers and the Key Engineering Materials journal for helping put together this special issue.
Keyword: Machining Technology, Process Monitoring and Quality Control of Manufacturing Systems, Industrial Robot Technology, Agile Manufacturing, Intelligent Manufacturing, Green Manufacturing, Virtual Manufacturing, Networked Manufacturing, Computer Integrated Manufacturing System and Contemporary Integrated Manufacturing System, Product Lifecycle Management, Computerized Numerical Control System and Flexible Manufacturing System, Precision Machining Technology, CAD/CAE/CAPP/CAM and Application of Product Data Management, Logistics Engineering and Equipment