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The conference brings  together leading scientists and engineers in Micro-Nanotechnology to exchange  information on their latest research progress. 
The conference provides a perfect  forum for scientist and engineers of different disciplines to meet and discuss. 
They are:    Zheng You, Academician of China National Engineering Resarch Institute;    Yuelin Wang, Vice Chairman of China Instrument and Control Society;    Lining Sun, The Dean of the Electrical Engineering Academy at Soochow University;    Jing Liu, Professor, Department of Biomedical Engineering at Tsinghua University;    Peter Zeppenfeld, Dr. 
-Prof. for Experimental Physics at the University of Linz;    Wei Pang, Professor, College of Precision Instrument and Opto-electronics  Engineering at Tianjin University;    Zhihong Li, Professor,  Microelectronics research institute , Peking University;   Xiaodong Hu, Professor, State Key Laboratory of Precision Measurement  Technology and instruments, Tianjin University;    Weizheng Yuan, Director of Institute of Advanced Manufacturing Engineering,  Northwest Polytechnic University;    Jinliang Xu, Professor, North China Electric Power University;    Yihui Wu , Head of Group of Micro/Nano Devices and System of the State Key Lab  of Applied Optics;     Thanks the staff of Tianjin University and CSMNT Secretary for the efforts they have  made, and thanks all honored attendees. 

In order to estimate error of the method, emulated calculating is carried out, namely the course of curve being obtained by reverse engineering is simulated in this paper.
The results show: if space between measure points is about 0.1mm in curve being obtained by reverse engineering, then, the most departure of smoothing results from original curve is 0.552μm for the stated example.
Measure course of curve being obtained by reverse engineering is simulated, points on the curve are taken out as measured points; then smoothing is carried out by ADCAIM and the results are compared with original curve.
The emulated calculating steps are, firstly the measure course of curve being obtained by reverse engineering is simulated, points on the curve are taken as measured points; then smoothing is carried out by ADCAIM using above computer assistant programming software.
Chen, et al: Key Engineering Materials Vol. 259-260 (2004), p. 63 [3] Z.Q.

Editorial This volume is a prestigious collection of the refereed papers selected from those submitted to the 3rd International Conference on Advanced Design and Manufacture (ADM2010), 8-10 September 2010, Nottingham, UK.
This conference aims to provide a forum for researchers, academics and industrialists to share their up to date findings and achievements in the fields of design and manufacture, and to identify the new technology requirements, needs and priorities in those fields.
The major topics covered by the conference themes, which are also reflected in the papers published in this book, include • Product/industrial/engineering design • CAD/CAM/CAE, Computer simulation, virtual reality, Web/Internet technologies • Sustainable development, lifecycle assessment, Eco-design, Eco-manufacture and renewable energy • Material science and engineering materials • Manufacturing technologies, production, control • Mechanical transmissions • Engineering management, industrial engineering • Concurrent engineering, rapid prototyping • Artificial intelligence and evolutionary computing, • Engineering education The call for abstracts stimulated excellent responses with more than 350 abstracts submitted, amongst of which the authors of about 280 abstracts were invited for submission of full papers.
This conference is hosted by Nottingham Trent University and jointly organised by Nottingham Trent University, Harbin Engineering University and Harbin Institute of Technology.
Professor Daizhong Su, Nottingham Trent University, UK Professor Qingbin Zhang, Harbin Engineering University, China Professor Shifan Zhu, Harbin Engineering University, China Review Panel Members: Amin Al-Habaibeh (UK) Anping Xu (China) Anton Ianakiev (UK) Baoyu Song (China) Bing Li (China) Chang Jiang Wang (UK) Craig Chapman (UK) Daizhong Su (UK) Daping Wan (China) David Ashworth (Denmark) Dein Shaw (Taiwan) Diane J Mynors (UK) Dominique Millet (France) Doru Talaba (Romania) Erhan ilhan Konukseven (Turkey) Frank Schäfer (Germany) George Dobre (Romania) Han van Loon (Switzerland) Hans-Ulrich Heidbrink (Germany) Harri Eskelinen (Finland) Hassan Abdalla (UAE) Hongbing Fang (USA) James Chen (Taiwan) Ian Solomonides (Australia) Jiachen Hou (UK) Jihong Yan (China) John Redgate (UK) Jose Casamayor (UK) Joze Balic (Slovenian) Jun Ji (USA) Kuan Yew Wong (Malaysia) Kurt Marti (Germany) Leslie Henshall

  PREFACE   Dear Distinguished Delegates and Guests,  The Organizing Committee warmly welcomes our distinguished delegates and guests to the 2012 2nd International  Conference on Management, Manufacturing and Materials Engineering (ICMMM 2012) held on September 21-23,  2012, Beijing, China.  
ICMMM 2012is sponsored by International Association of Management Science and Engineering Technology (IAMSET). 
The main goal of these events is to  provide international scientific forums for exchange of new ideas in a number of fields that interact in-depth through  discussions with their peers around the word.  
These research area include management engineering, Manufacturing  Engineering and Modeling, System Modeling and Simulation, Automation Control and Applications, Materials Science  and Engineering, Computer Science and Logistics Engineering, Sensor and the Internet of Things, Computer Science  and Logistics Engineering, Engineering and Management, Mechanical Science and Engineering. 
Thanks also go to Advanced Materials Research Journal, for its wonderful editor service to this proceeding. 

Preface Manufacturing Engineering is experiencing a great transformation due to unexpected challenges arising from the current approach to optimization and continuous performance improvement in manufacturing processes, production of large products, miniaturization, development of new materials, manufacturing bioengineering oriented, etc.
The Manufacturing Engineering Society International Conference is conducted every two years fulfilling one of the most important objectives of the Manufacturing Engineering Society: creating forums for exchanging experiences in this field of knowledge.
Its main objective was to offer a meeting point for professionals, researchers and educators from industry, research centers and academia to present and discuss recent advances in the field of Manufacturing Engineering.
This volume is especially devoted to all the manufacturing engineers that work in Industrial metrology, Industrial quality, Modeling and simulation in manufacturing engineering and Teaching manufacturing and industrial heritage.
Thereby, this issue contains peer reviewed selected contributions on the aforementioned fields, showing the most recent advances in the most innovative trends in Manufacturing Systems.

Preface As is well known to us all, digital manufacturing and automation technology plays a more and more important role in industry advancing now.
In order to build a exchange platform for the scholars and experts, an international conference organized for reporting up-to-the-minute innovations and developments, summarizing the state-of-the-art, and providing an international forum to exchange ideas for the domestic and foreign scholars and experts from many areas such as Mechatronics, digital Manufacturing, deep-sea mining control Technology and equipments automation, intelligent control and detection technology.
It has become an annual forum dedicated to the emerging and challenging topics in digital manufacturing, mechatronics, deep-sea mining control technology and equipments automation.
Organizing Committee General chairs: Yonghong, Tan Shanghai Normal University Dewen Hao, Aerospace Industries Association of Guangxi Marco Ceccarelli IFToMM Vice chairs: Shaojun Liu, Central South University Program Committee Chairs: Yang Yang, Beijing University of Aeronautics & Astronautics Fuchun Sun, Tsinghua University Songling Sun, Hunan University of Agriculture Organizating Chairs: Ruqiong Li, Shanghai Normal University HuaPing Liu, Tsinghua University Jiang Ping, Hunan University of Agriculture Publications/Publicity Committee: Bingwu.Wang, Aerospace Industries Association of Guangxi, China Yucai Zhou, Central South University Technical Program Committee: Murugan Ramalingam, Université de Strasbourg, France Anup Kumar, University of Louisville, USA Ben-Mei Chen, National University of Singapore，Singapore Ning Yang, Changsha Research Institute Of Mining And Metallurgy, China Yi Deng, Hunan institue of Engineering

The phase of involvement will create the “territorial Forum” that launch the comparison on the establishment of the eco-district and on the definition of the objectives and action plan.
From the activities of the Forum will result the action plan including the start-up actions and the “road map” for the construction of the management entity (phase 4).
Advanced Materials Research Vols. 869-870 (2014) pp 43-48 © (2014) Trans Tech Publications, Switzerland doi:10.4028/www.scientific.net/AMR.869-870.43, (2014) [2] F.
In: 5nd KKU International Engineering Conference 2014 (KKU-IENC 2014).
ADVANCED MATERIALS RESEARCH, Vols. 931-932 (2014) pp 555-559 © (2014) Trans Tech Publications, Switzerland doi:10.4028/www.scientific.net/AMR.931-932.555, (2014) [3] G.

Electrodeposition is an advanced synthesis technique which involves the creation of a coating or free-standing material through an electrolytic process.
Introducing twins and other low-Σ boundaries to a material is known to significantly improve mechanical properties (grain boundary engineering) [8,9].
Financial support from the Area of Advance Materials at Chalmers University of Technology is gratefully acknowledged.
Forum, 702-703 (2012) 928-931
Forum 467-470 (2004) 1345-1350.

Materials Science Forum Vols. *** (2004) pp.101-106 online at http://scientific.net Ó 2004 Trans Tech Publications, Switzerland Modeling of Grinding Force in Constant-depth-of-cut Ultrasonically Assisted Grinding Y.B.
Kato1,d 1Dept. of machine intelligence & systems engineering, akita prefectural university, 84-4 Tsuchiya-ebinokuchi, honjo, Akita 015-0055, Japan 2Dept. of Mechanical Engineering, Tsinghua University, Tsinghua-yen, Beijing, China awuyb@akita-pu.ac.jp, bm_nomura@akita-pu.ac.jp, cfengzj@ntl.pim.tsinghua.edu.cn dkato@akita-pu.ac.jp Keywords: Ultrasonically assisted grinding, Ultrasonic transducer, Grinding force Abstract.
Advances in Materials Manufacturing Science and Technology 102 Operating Principle of Constant-depth-of-cut UAG Fig.1 schematizes the operating principle of constant-depth-of-cut UAG.
Kato, et al: J. of JSAT Vol. 47 (2003), p. 550 (in Japanese) Materials Science Forum Vols. *** 107 [14] S.
Schmid: Manufacturing Engineering and Technology (Pretice Hall, Inc., USA 2001).

Yang 1,a 1 College of Mechanical Engineering，South China Univ. of Tech.
Materials Science Forum Vols. *** 249 Model of Petal-shaped Fin The factors of substructure include height, shape, density, and distribution.
Cutting Conditions Effects Tests on Flanging Burrs Advances in Materials Manufacturing Science and Technology 252 Cutting conditions.
Wusiks: Convection Heat Transfer in Heat Exchanger(Science Publisher, Russia 1986) 3D substructure(fin) Advances in Materials Manufacturing Science and Technology 254 [3] O.
Deng: Chemical Engineering Vol. 4 (1998), p. 6 [6] B.