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Introduction The magnetic materials plays a significant role in the development of the advanced technique, and the research on mechanical properties of the magnetic materials is essential for the further application.
Deformation and fracture of the functionally ferromagnetic materials[J].
Journal of Materials Processing Technology, 2007(181):165–171 [3] Feng Xue.
Studies on the constitutive theory and experiment of ferromagnetic materials[D].
Journal of Chemical Physics，1969,51（6）：2573-2577

Electrode Material The earliest electrodes material in super capacitor is carbon materials.
Journal of colloid and interface science. 384 (2012) 38-44
Journal of Membrane Science. 442 (2013) 131-139
Materials Science and Engineering. 449 (2007) 841-845
Journal of Materials Chemistry. 19 (2009) 6773-6779

The Study on Building Materials’ Optimization Based on Fuzzy Technology Liwen You Vocational and Technical College, University of Science and Technology Liaoning youliwen23423@163.com Keywords: Fuzzy technology; optimization; building materials Abstract.
Finally, a building materials optimization scheme is put forward a kind of fast, reliable program completion, it is never seen evaluation building materials.
It’s scarcely used in optimization of building materials, so we added a process as the lower part in the Fig.1.
Through investigation and analysis, data collection, combined with qualitative analysis in the effect of building materials for building a village, a new village economic evaluation of building materials is established, which contains 3 levels and 14 representativeness indexes (Fig.2).
Conclusion Three indexes with 14 sub-indexes have been used for assessing three different building materials.

P Smith, “Heat Transfer Characteristics of Nonwoven Insulating Materials, “Textile Research Journal, 56, 691-696, 1986
[10] The Science and Engineering of Materials by D.
Idris, “Analysis of Some Physical and Mechanical Properties of Selected Fabrics”, International Journal of Textile Science, 2 (3), 49-58, 2013
Smith, “Heat Transfer Characteristics of Nonwoven Insulating Materials”, Textile Research Institute Journal, November 1, 691-696, 1986
“Effect of Layer Orientation of Mechanical Properties of Rapid Prototyped Samples,” Journal of Materials and Manufacturing Processes, Vol 15(1), 2000, pp. 107-122

In the paper, the continuous conceptual problems of discontinuous materials are discussed and finite element method mesh generation based on material-discontinuous-nature is researched.
When the research range is tend to the size of the materials particle or crystal grain, the assumption of continuum theory need to rediscuss.
The soils is composed with clay particles and binding materials.
Vol. 29(7)(2003), p 644-648（In Chinese） [3] LIANG Li, ZHANG Qi-zhi, LIN Yun-mei: Journal of Northeastern University (Natural Science).
Beijing: Science Press (2002)（In Chinese） [12] HU Jiang-chun.

Alghamdi, New trends and advances in bi-metal casting technologies, International Journal of Advanced and Applied Sciences. 6, 2, (2019) 75-80
Tenerowicz, Bimetallic layer castings, Journal of Achievements in Materials and Manufacturing Engineering. 43: 1 (2010) 385-391
[6] G.C.Pratt, Bearing Materials: Plain Bearings, Encyclopedia of Materials: Science and Technology, (Second Edition)book, Elsevier . 2001
Archives of Materials Science and Engineering, 48(2): (2011)118-125
Kang, and D-Y Shih, Oxidation Study of Pure Tin and Its Alloys via Electrochemical Reduction Analysis, Journal of Electronic Materials. 34,5 (2005) 635-642

Professional paper shows the general characteristics of graded materials, their previous industrial use and potential use of graded materials in the future.
Introduction Graded materials (FGM - Functionally Graded Materials) are in intensive use for last two decades.
The largest groups of graded materials are as follows: - bioactive graded materials, - tool steel with C, V, Cr and Ti gradients, - materials with self-lubricating ability, - graded materials with high temperature resistant surface layer. 2.
Properties of functionally graded materials Graded materials are very innovative product in the field of technology.
Yang, Cracks in functionally graded materials, Materials science & Engineering. vol. 362, 1-2 (2003) 2-16

References [1] Zhang Lei, Cui Shanzi, Luo Jing, Liu Li: Journal of Changchun Industry University, Vol.7 (2006), p.284-287.
(in Chinese) [2] Wang Junxiang, Li Lin, Ge Shirong, Zhu Hua, Liu Jinrong, Liu Weimin: Journal of China Mining University, Vol. 2( 2002), p. 158-161.
(in Chinese) [3] Lu Zixing, Feng Zhihai, Kou Changhe, Liu Zhenguo, Lu Meng, Mai Hanchao: Journal of composite materials, Vol. 16 ( 1999), p. 123-131.
(in Chinese) [5] Wangyang, Jiang Dazhi, Xia Yuanming: Material science and procss, Vol. 1 (2001), p. 32-36.
(in Chinese) [6] Chen Ping, Lu Chun, Yu Qi: Journal of Material Research, Vol. 1 (2005), p. 159-164.

Numerical Investigations of Ultrasonic Scattering from voids in Composite Materials Based on Random Void Model1 Li Lin, Xiang Zhang, Jun Chen, Ximeng Li NDT & E Laboratory, School of Materials Science & Engineering, Dalian University of Technology, Dalian, Liaoning Province, China linli@dlut.edu.cn Keywords: Composite; Porosity; Ultrasonic attenuation; Random void model; Morphology.
Even at the fixed porosity, ultrasonic attenuation coefficient fluctuates due to the randomness of void morphology in CFRP composite materials.
Komsky, "Quantitative porosity characterization of composite materials by means of ultrasonic attenuation measurements," Journal of Nondestructive Evaluation, vol. 11, pp. 1-8, 1992
Jeong, "Effects of Voids on the Mechanical Strength and Ultrasonic Attenuation of Laminated Composites," Journal of Composite Materials, vol. 31, pp. 276-292, February 1, 1997 1997
Li, "A morphology-dependent model applied to predict void content of composites based on ultrasonic attenuation coefficient: Random Void Model," Applied Physics A: Materials Science & Processing.

Research and Application of Web-based 3D Visualization of Monitoring over Materials haulage to Dam Cui Bo, Zhong Denghua, Zhong Guiliang School of Civil Engineering Tianjin University Tianjin, China e-mail: cb-tj@163.com Keywords- monitoring over materials haulage to dam; web-based 3D visualization; B/S architecture; 3DS MAX; ActiveX Abstract.The aim of web-based 3D visualization of monitoring over materials haulage to rock-fill dam is to achieve 3D visual expression on internet for transporting vehicles and the surroundings, which is hydropower project construction site layout.
Applied mechanism of ActiveX control in monitoring system of materials haulage to dam.
The applied mechanism of ActiveX technology in monitoring system of materials haulage to dam is shown in Figure 2.
Users can visit the monitoring and analysis system of materials haulage to rock-fill dam through IE browser to perform web-based 3D visual monitoring over materials haulage to dam, including visual query for transporting vehicles locating and dispatching, visual query for discharging records and graphic reports output for traffic density of roads and haulage intensity to dam.
Interfaces of the monitoring and analysis system of materials haulage to rock-fill dam.