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Materials and Method Material.
This is because, the result of FEM is influenced by geometry, applied loads and material used to produce these components, while the results of the conventional methods are affected only by the material and applied loads.
Jaap: Fatigue of Structures and Materials (Kluwer Academic Publisher, Netherlands 2001)
Rahman: European Journal of Scientific Research 29 (2009) 157-169 [6] S.
Nuawi: American Journal of Applied Sciences 6 (2009) 565-575 [7] R.S.

Usually they are called hard material when the hardness is around 20 GPa, superhard with a hardness of 40 GPa and ultra-hard materials when is 80 GPa [2].
Materials and Methods The coatings were deposited through CAE – PVD technology with a Platit 1001 coating system equipped with 4 cathodes (2 Cr, AlTi 50/50, AlTi 63/37) in high vacuum (10-4 mbar) with a positive pressure of 102 mbar of N2 thus the operative total pressure in the chamber during coating was 10-2 mbar.
Martin, Handbook of Vacuum Arc Science and Technology: Fundamentals and Applications, Noyes Publications,1995 [4] A.
Ziebert, Concepts for the design of advanced nanoscale PVD multilayer protective thin films, Journal of Alloys and Compounds 483, (2009), 321 – 333
Vidakis et al., The VDI 3198 indentation test evaluation of a reliable qualitative control for layered compounds, Journal of materials processing technology, 143 – 144 (2003), 481 – 485

The proposed product is the wireless communication product’s case body and the material which used is Acrylonitrile butadiene styrene (ABS) plastic material, PA765; CHI-MEI.
Journal of Achievements in Material and Manufacturing Engineering (2006) 503-506
Material & Design Vol. 32 (2011) 1844-1850
Design Materials & Vol. 30 (2008) 367-375
Journal of Materials Processing Technology.

Diamond tools can be used in ultra-precision machining of a number of hard materials to obtain mirror surface finish [3,4].
Zuo and et al: Journal of Synthetic Crystals, Vol.33 (2004), pp.13
Park and et al: Diamond and Related Materials, Vol.8 (1999), pp.1198
Clyne: Diamond and Related Materials, Vol.6 (1997), pp.1612
Pereira: Diamond and Related Materials, Vol.9 (2000), pp.1739.

Introduction Cu-Al2O3 particulate reinforced composites have gained, in recent years, a great interest for the high potential of use in numerous applications as substitutes for traditional materials [1].
Experimental conditions Electrolytic copper powders of 99.7 % purity and Al2O3 powders having particle sizes less than 63µm and α Al2O3 of 99.6 %, purity were selected as starting materials and four reinforcing levels (5.0, 10.0, 15.0 and 20.0 vol.% Al2O3) for the investigated composites.
Conclusions The above presented research results prove the possibility to obtain, by the classical routes of powder metallurgy, Cu-Al2O3 composite materials of a compactness of over 94 %.
Chee Kit, Journal of Materials Design, Vol. 29, Nr. 7 (2008), p. 1311
Velgosova, Journal of Materials Science, Vol. 43 (2008), p. 900.

The material properties play an important role in crystal quality.
The nanometer material is also used on gas sensor, microelectronics display device, etc.
Acknowledgement This work was financially supported by the Natural Science Research Project from Department of Eduation of Hebei Province (Z2010145).
Vol. 92(2008),p.092117 [4] H s in C L, H e JH, Lee C Y, et al: Nano Letters Vol. 7( 6 )(2007),p. 1799-1803 [5]Quan B F, L iu F M, L iA W, et al: Journal of Functional Materials Vol. 32 ( 4)(2001), p. 407-409 [6] Mu laliA, B rave A, L eppertV J, et al: Nano.
Vol. 1 ( 6)(2001),p. 287-289 [7] Wang Y F, Pan Q Y, Cheng Z X: Materials Review Vol. 15 ( 8)( 2001),p. 45-47 [8] Zhang Y H, Ch enM F, Peng T J: Hunan Nonferrous Metals Vol. 18 ( 4)( 2002),p. 26-28 [9] Yu H Q: Non-Ferrous Mining& Metllurgy Vol. ( 2) (1999),p.45-48 [10] Chen S Z, Yin Z M, Huang B Y: Non-Ferrous Metals Vol. 52( 2 ) (2000),p.88-90 [11] Pram an ik N C, Das S, B isw as P K:Mater.

Our models make extensive use of the measured texture in the material and the standard deviation of the measured texture before deformation is below 3% for this material.
Tension 90°20% Level: 0.7 1.0 1.4 2.0 2.8 4.0 5.6 8.0 11.0 16.0 Fig.5 Texture index for the measured and predicted texture Acknowledgement This research was carried out under the project number M41.2.08307/M41.10.08307 in the framework of the Research Program of the Materials innovation institute M2i (www.m2i.nl).
Li, et al, Deformation texture prediction: from the Taylor model to advanced Lamel model, International Journal of Plasticity，21(2005), 589-624
Kalidindi, et al, A theoretical investigation of the influence of dislocation sheets on evolution of yield surfaces in single-phase B.C.C. polycrystals, Journal of the Mechanics and Physics of Solids, 50 (2002) 783-807
Aernoudt, Large strain work hardening and textures, Progress in Materials Science, 25(1981), 69-412

The flow distance of the material on the left and right sides of the part is significantly greater than the material flowing on the upper and lower sides, which indicates the material on the left and right sides flow easily.
The thickness of the blank is 1mm, the material is M1A367-A12.
Zhang, One-step inverse approach based on decoupled formulation in nodal tangent plane, Chinese Journal of Mechanical Engineering. 46.22 (2010) 24-30
Fernando, Effects of changes in geometry on the linear elastic consolidation deformation, Journal of the Japanese Geotechnical Society Soils & Foundation. 37.1 (1997) 29-39
Bao, Mesh parameterization using linear-elastic reverse deformation finite element method, Mechanical Science and Technology for Aerospace Engineering. 31.9 (2012) 1463-1467.

The nitrides are promising for microelectronics as materials with high electrical conductivity.
Ditc, Oxynitride ceramic materials forestry products via combustion of industrial metals in the air, Thesis, Tomsk, 2006
Whitaker, Transport equations for multi-phase systems Chemical Engineering Science. vol. 28 (1973) 139-147
Markov, On fine particles synthesis using three-zone reactor August 2020, Journal of Physics Conference Series. 1611 (2020) 012047.
Series: Journal of Physics: Conf.

Advanced materials and techniques all have their very specific temperature-place-time function T = (r,z,t) [4] but conventional furnaces - even the most sophisticated ones - have serious limitations on that function.
The superhigh temperature (ST) version has somewhat different parameters (only fourteen zones) since primarily it is designed for materials testing.
Temperature gradient and translation speed values are highly depend on the process temperature, sample size and materials used inside the cartridge.
Various materials like semiconductors, superalloys and shape memory alloys with very different technological parameters were grown successfully without any modification on the hardware [4].
Acknowledgement The authors are thankful for all partners of ADMATIS, especially for the Hungarian Space Office, University of Miskolc, NASA Marshall Space Flight Center, ESA ESTEC, Bay Zoltán Institute of Materials Science and Technology and Infotronik Ltd.