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Fig. 1: Measuring setup Materials Within the project, which was financially supported by the Czech Science Foundation, various fine-grained cement composites were produced.
Taşdemir: Nondestructive testing of materials and structures.
Advanced Cement Based Materials, 1.1: 12-21. (1993) [5] R.
Construction and Building Materials, 126: 179-189. (2016) [7] P.
Construction and building materials, 18.3: 145-154. (2004) [12] J.

In the coastal areas, especially in coastal areas, as we all know, has the most developed city group fell our economy in the East, building density, sand for building demand more prominent,sea sand concrete structural materials used in construction work.
Acknowledgements This work was sponsored by the National Natural Science Foundation of China (51078189), The Natural Science Foundation of Ningbo (2010A610084) and sponsored by the Ningbo Subject Project (SZX11062).
Journal of materials in civil engineering，2008(10):640-49
Journal of materials in civil engineering，2009(10):529-534
Materials Journal，V.94.No.6.November- December 1996.

The magnetostrictive guided wave technique The magnetostrictive guided wave technique is based on the magnetostrictive effect and inverse magnetostrictive effect present in ferrous materials.
The magnetostrictive effect is that a property of ferromagnetic materials that causes them to change their shape when subjected to a magnetic field, which can be used to generate guided waves.
The inverse magnetostrictive effect is that a property of ferromagnetic materials that causes them to change their magnetic field when subjected to a shape distortion, which can be used to receive guided waves.
Chen: Key Engineering Materials Vol. 270-273 (2004), p.1493 [3] R.
Okuda: Journal of bridge engineering Vol.6 (2001), p.418 [5] A.

Electrically conductive PEDOT-PSS/PAN composite fibers prepared by wet spinning Liu Yin, Li Xin*, Lü JingChun Beijing Key Laboratory of Clothing Materials R&D and Assessment, School of Materials Science & Engineering, Beijing Institute of Fashion Technology, Beijing 100029, People's Republic of China Keywords: PEDOT-PSS, PAN, wet spinning, composite conductive fibers Abstract.
Reynolds, Advanced Materials 12,481(2000)
Xu, Journal of Polymer Science Part A: Polymer Chemistry 50,1967(2012)
[13] Cui, S.; Zhao, Z.; Wei, W., Journal of Applied Polymer Science 72, 1039 (1999)
M., Journal of Applied Polymer science 96, 1710 (2005).

Materials and methods For the experimental measuring a set of raw materials of 100% cotton was used.
All four green clusters contain materials of satin and twill weaves ¼.
This material differs from the group of materials of plain weave.
International Journal of clothing.
Science and Technododgy, Vol. 7-4, (1995), p. 9–16

Applied Mechanics and Materials, 750 (2015) 41-46. ].
Journal of Nuclear Materials 432 (2013) 78-86. ] and creep-fatigue strength [[]B.
Journal of Nuclear Materials, 386 (2009) 418-421. ].
Proceedings of the Institution of Mechanical Engineers, Part L: Journal of Materials Design and Applications, 224(2010) 19-29. ].
Materials Science & Engineering A, 650 (2016) 52–62. ].

Prediction of defects in metal forming: Application to wire drawing, Journal of Materials Processing Technology, 32 (1992) 145-153
Hillery, Dieless wire drawing-an experimental and numerical analysis, Journal of Materials Processing Technology, 155-156 (2004) 1178-1183
Kassab, Temperature rise in wire-drawing, Journal of Materials Processing Technology, 83 (1998) 72-83
Ponthot, Parameter identification and shape/process optimization in metal forming simulation, Journal of Materials Processing Technology, 139 (2003) 521-526
Argyropoulos, Design and analysis of direct cold drawing of section rods through a single die, Journal of Materials Processing Technology, 166 (2005) 345-358

The New Materials Automotive Electrophoresis Pretreatment– Oxsilan Technology Yu Yao1, a 1Technical Center of Great Wall Motor Co., Ltd.
Materials Chemistry and Physics, 102 (2-3), (2007), p. 140-143 [2] J.L.
Journal of Hazardous Materials, 27 (1-3) (2005), p. 196-203 [3] A.
Materials Science and Technology, 4, (2010) [7] H.B.
Journal of the Europcan Ceramic Socicty, 28(4), (2008), p. 887-891

A derivative-free filled function method for non-linear inverse optimization of material parameters LV Yinghui1,a, Yanzhen YU2,b 1,2School of Civil and Architectural Engineering; University of Jinan; Jinan 250022, China 1lvyinghui_2010@163.com, 2cea_yuyz@ujn.edu.cn Key words: non-linear analysis; filled function; derivative-free; dynamic; Abstract: In solving non-linear inverse optimization problems, how to make sure one and only solution and cut down computational effort are two very representative challenges.
The application results of non-linear inverse analysis of material parameters for a practical engineering show that the derivative-free filled function method can quickly solve non-linear inverse problems with one and only solution, and it will be robust one in non-linear inverse solution field.
Journal of Computational and Applied mathematics, 191(2006), 269-279
Science,220 (1983),671-680
[6] Guang-yu He, Yong-li Gao: The aggregation of the common numerical algorithm in VisualFortran (Science Press, China 2002) [7] K.

That is why, the creation and development of new structural composite materials with an increased operational complex properties are one of the composite material’s science main tasks.
That is why the creation of metal-filled epoxy structural composite materials with an increased complex of strength and operational properties is one of the main goals of materials science research today.
Mohruni, Effects of Metal Fillers on Properties of Epoxy for Rapid Tooling Inserts, International Journal on Advanced Science, Engineering and Information Technology. 7 (4) (2017) 1155
Xing, The reuse of nonmetals recycled from waste printed circuit boards as reinforcing fillers in the polypropylene composites, Journal of Hazardous Materials. 163 (2-3) (2009) 600–606
Dorogan, Aspects of making of a composite material when using red mud, Eastern-European Journal of Enterprise Technologies. 2 (6 (92)) (2018) 23–28