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Kim 1,d 1 Advanced Material Center, Korea Institute of Industrial Technology, 994-32 Dongchun-dong, Yeonsu-gu, Incheon 406-800, Korea 2 Department of Advanced Material Engineering, Sungkyunkwan University, 300 Chunchun-dong, Jangan-gu, Suwon, Gyunggi-do 440-746, Korea a johh@kitech.re.kr, bveryoon1@kitech.re.kr, cbebecoro@kitech.re.kr, dshae@kitech.re.kr Keywords: Partial Remelting, Thixoextrusion, Microstructural evolution, 7075 Al wrought alloy Abstract.
Forum Vol. 510-511 (2006), p. 362 [4] P.

Introduction The natural raw biomaterials used for support or implants in humans and/or in animals goes back centuries, mainly for repairing bone defects such as traumas, infections and tumors; but only after the Second World War there was a significant advancement of research involving science and engineering materials [1,2].
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Research and development needs to be carried out to overcome ITO drawbacks such as its brittle nature [17] to meet the requirements for advanced application in flexible electronic devices such as flexible dye-sensitized solar cells (FDSSC) [19,20] and flexible gas sensor [21,22].
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Engineering flexible dye-sensitized solar cells for portable electronics.

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Instead engineering samples were used, which had been manufactured on the same processing line as the standard traction devices with traction rated packaging materials (fig. 1).
The DUTs feature an AlN substrate, a copper baseplate and were produced by Mitsubishi Electric Corp. as engineering samples.
Nevertheless, these conditions are the industry standard and provide a benchmark for any kind of advanced testing, in particular, to extend the data base with respect to the investigations in [2,12].
Nevertheless, the consecutive testing with engineering samples can influence the statistical result and therefore, the result might change if the testing is repeated with fully qualified products in higher number.
Overall, PCT could be performed successfully on this engineering package and the corresponding pre-conditioning was applied to the devices.

Peterburg Blvd. 4000 Plovdiv, Bulgaria 2Institute for Nanomaterials, Advanced Technologies and Innovation, Technical University of Liberec, Studentska 2, 461 17 Liberec, Czech Republic apetkovnik@gmail.com, btotka.bakalova@tul.cz, christo_bah@abv.bg, dpavel.kejzlar@tul.cz, epetr.louda@tul.cz Keywords: TiCN, cathodic arc deposition, wear, friction coefficient.
Surface engineering of cutting tools and mechanical components by the deposition of hard transition metal nitride and carbide thin coatings has long been proven to be an effective way of improving their tribological properties, and therefore, their service life [15, 16].
Voleský, Defect and Diffusion Forum, 368 (2016), p. 59 [22] T.
Voleský, Defect and Diffusion Forum, 368 (2016), p. 64 [23] EN1071-13:2010; Advanced technical ceramics – methods of test for ceramic coatings – Part 13: Determination of wear rate by the pin-on-disc method, 2010
Bahchedzhiev, Manufacturing technology, 16 (2016), p 657 [26] EN1071-3:2005; Advanced technical ceramics – Methods of test for ceramic coatings – Part 3: Determination of adhesion and other mechanical failure modes by a scratch test, 2005

There are important engineering alloys that have found applications because of special physical or chemical properties -- for example, magnetic behavior, superconductivity and chemical stability in corroding atmospheres.
Advanced titanium aluminides are multiphase alloys which can be produced by ingot or powder metallurgy and by precision casting methods.
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Texture Changes of Asymmetrically Rolled AA 1050 Al Alloy Sheets Jin Hyuk Lee1,a and Insoo Kim1,b 1 Kumoh National Institute of Technology, School of Advanced Materials Science and Engineering, Gumi, Gyung Buk 730-701, Korea aljh1269@naver.com, biskim@kumoh.ac.kr (corresponding author) Keywords: Formability, Texture, ODF, Asymmetry rolling, Plastic Strain Ratio, R-value Abstract.
Forum, 254/256 (2010) 1259
Park, Advanced Mater., Research, 26/28 (2007) 393

Acknowledgement A part of this study was supported by Priority Assistance for the Formation of Worldwide Renowned Centers of Research - The Global COE Program (Project: Center of Excellence for Advanced Structural and Functional Materials Design) from the Ministry of Education, Culture, Sports, Science and Technology (MEXT), Japan.
New Frontiers of Process Science and Engineering in Advanced Materials Part 2, High Temperature Society Japan, (2004), p.233
Forum, 512(2005), p. 383