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Acknowledgments The authors would like to express kind gratitude for the help of Taku Matsunaga, the senior undergraduate student at the School of Science and Engineering of the Kokushikan University for his help with experiments.
Forum, 426-432 (2003), 2971-2978
Mofidi et. al: Production of a Superplastic Vibration-Damping Steel Sheet Composite Using Friction Stir Forming, Material Science Forum, 838–839 (2016), 574–80
Ohashi, et. al: Visualization of Contact-Pressure Distribution between Material and Backing Plate in Friction Stir Processing, Key Engineering Materials, 765 (2018), 199-203
[5] Hamed Mofidi Tabatabaei, Takahiro Ohashi, Tadashi Nishihara, “Innovative Method of Embedding Optical Fiber inside Titanium Alloy”， Utilizing Friction Stir Forming, Key Engineering Materials, 934, pp. 67-73

CIMTEC 2010 consisted of two major events: the 12 th INTERNATIONAL CERAMICS CONGRESS (June 6- 11, 2010) and the 5 th FORUM ON NEW MATERIALS (June 13-18, 2010).
The 12th INTERNATIONAL CERAMICS CONGRESS included 12 International Symposia, two Focused Sessions and two Serial International Conferences ("Disclosing Materials at Nanoscale" and "Advanced Inorganic Fibre Composites for Structural and Thermal Management Applications") which covered recent progress in almost all relevant fields of ceramics science and technology.
The 5 th FORUM ON NEW MATERIALS consisted of 11 International Symposia primarily concerned with energy technologies, one Focused Session and two Serial International Conferences ("Science and Engineering of Novel Superconductors" and "Medical Applications of Novel Biomaterials and Nano-biotechnology").
The 15 volumes which constitute the Official Proceedings of CIMTEC 2010 (10 for the Ceramics Congress, 5 for the Forum) include a selection of the papers presented.
Chang (USA) for the FORUM ON NEW MATERIALS, the Programme Chairs, the Lecturers, the technical staff of Techna Group, and to the many others who directly or indirectly contributed to the organization.

Materials Science Forum Vols. *** (2004) pp.900-903 online at http://scientific.net  2004 Trans Tech Publications, Switzerland Intelligent Pattern Recognition of Manufacturing Features in Engineering Drawings C.A.
Zha 1,a 1 School of Mechanical Engineering, Shandong University, Jinan 250061, China a autocapp@sdu.edu.cn Keywords: Manufacturing features, Intelligent recognition, Engineering drawings Abstract.
In order to solve the problem of the recognition of manufacturing features in engineering drawings based on geometrical CAD data modal, semantic information in 2D drawings is first analyzed.
The existing research work of 2D drawing is mainly graph-based recognition and seldom considers the engineering semantics, so it is extraordinary difficult for feature recognition.
Engineering Semantics Large numbers of engineering semantics are used to express an integrated 3D solid and manufacturing-related technical information and requirement, which include the following aspects: Semantics of view relationship: 2D drawings express the structure of every orientation of 3D part by some views.

Irabien: Chemical Engineering Journal.
Hu, et al.: Chemical Engineering Journal.
Forum Vol. 153(2008), p.508 [10] Jorgensen T L, Livbjerg H and Glarborg P: Chemical Engineering Science.
Zhu , et al.: Advanced Materials Research.
Forum Vol. 18(1997), p. 9

Due to the widespread use of braided composites under various loading conditions, the compressive mechanical properties of 3D braided composites are of key concern for design in actual engineering applications.
Forum Vol. 93(2011), p. 392
Forum Vol. 75(2006), p. 400
Journal of Materials Engineering.
Journal of Materials Engineering.

Research advances on Application status and Non-thermal Efficiency of Microwave pyrolysis Xi-cheng Zhao1,a, Zhao Li2,b, Yuan-ru Jiang3,c, Ke Xu3,d and Ya-juan Zhao3,e １College of Metallurgical Engineering,China 2 College of Materials and Mineral Resources,China 3　School of Science, Xi an University of Architecture And Technology, Xi an 710055,China azhaoxjd@163.com bpylizhao@163.com cjiangyuanru@sina.com Kyewords: microwave pyrolysis; application; non-thermal Abstract：The progress of the application of microwave pyrolysis in China and oversea is reviewed.
Forum Vol. 24(2008), p. 662 [7] Lan Xinzhe, Liu Qiaoni and Song Yonghui: Coal Conversion.
Forum Vol. 22(2001), p. 6 [10] Yang Xiaoqing, Huang Kama: Materials Review.
Forum Vol.
Forum Vol. 53(2006), p. 453

Forum Vol. 5 (2004), p. 301-311
[15] Ma Chaoqun, Chu Huibing, et al: Systems Engineering.
Forum Vol. 10 (2001), p34-39(In Chinese) [18] Han Zhiyong, Wei Yiming, et al.: Systems Engineering.
Forum Vol. 22 (2004), p17-21 (In Chinese) [19] Yu Quanhui, Meng Weidong: Systems Engineering.
Forum Vol.21 (2009), p. 545-567

As China's modern manufacturing has been forging ahead from a big producing country to a powerful manufacturing state, the knowledge innovation and technical process in advanced polymer processing field are changing with each new day.
It is developing towards high performance, function and environmental-friendliness rapidly and lots of new scientific researches are raised for the science and engineering communities at the same time.
The "2009 Advanced Polymer Processing (Qingdao) Int'l Forum" surrounded the developmental trend of advanced polymer processing technology closely, made all-around, multi-angle communication and discussion on the challenges and opportunities for Chinese polymer material manufacturing industry by the national and abroad famous experts, professors and many well-known competitiveness in the market at all levels.
For the purpose of further communication, we put the papers that selected for this forum to be published in the proceeding.

Preparation of the system of MgO-CaO-SiO2-Al2O3-Y2O3 wear-resistant alumina ceramics Yuan Xiong1, a, Bolin Wu1, b 1College of Material Science and Engineering, Guilin University of Technology, Guilin, Guangxi, 541004, P.R.China a xiongyuan1228@163.com, b wubolin3211@gmail.com Keywords: Alumina ceramic, Yttrium oxide, Sintering temperature, Wear resistance Abstract.
Acknowledgements This work was financially supported by the National Natural Science Foundation of China (51172049), National Key Basic Research Development Program (“973” project) of China (2012CB722804) and the Open foundation of State Key Laboratory of Advanced Technology for Materials Synthesis and Processing (2014-KF-6).
Forum Vol. 39 (2013), p. 125-129
Sil: Indian Journal of Engineering & Materials Sciences r.
Forum Vol. 244 (2000), p. 1-14

Advanced Manufacturing from Macro- to Nanoscale: Impact and Shock Loading Academician Prof.
Mamalis Project Center for Nanotechnology and Advanced Engineering, NCSR “Demokritos”, Greece a.mamalis@inn.demokritos.gr Keywords: advanced manufacturing, nanotechnology, ultraprecision engineering, shock loading, nanodiamonds, superconductors, explosives, bioengineering, safety, transport, energy.
Trends and developments in advanced manufacturing from macro- to nanoscale, mainly associated with nanotechnology, precision/ultraprecision manufacturing and advanced materials under low/high speed impact and shock loading, with industrial applications to net-shape manufacturing, biomedical engineering, energy and transport, an outcome of the very extensive work over 40 years on these fields performed by the author and his research international team, are briefly outlined in the present Plenary Lecture of the 5th ESHP 2016 Symposium. 1.
(ii) Biomedical engineering: Diamond nanoplatforms are used for targeted delivery of diagnostic and therapeutic agents in oncology, see Fig. 2(c) [4].
Mamalis, “Engineering Plasticity: Theory of Metal Forming Processes”, Springer-Verlag (CISM Courses and Lectures No 139), Wien, (1977), pp. 345 [2] A.G.