Search results

Haruo SAKAMOTO，Kenji HIRAKWA．Fracture Analysis and Material Improvement of Brake Discs [J]．JSME International Journal，2005，48（4）：458-464 2.
Sung-Keun Cho，Jung-Hun Choi．Life Evaluation of a Disk Brake of Railway Vehicles considering Pressure Distributions at a Frictional Surface [J]．Key Engineering Materials，2007，Vols. 353-358 ：303-306 5.
LIU Jinzha，BU Huana，LIU Jinghu，et al．Simulation Analysis on Thermal Stress of Global Braking Disc by Finite Element Method．China Railway Science，2007，28(2)：80-83 7.
Gérard Degallaix，Philippe Dufrénoy，Jonathan Wong，et al．Failure Mechanisms of TGV Brake Disc [J]．Key Engineering Materials，2007，345 ：697-700 11.
ZHU Aiqiang，LIU Zuomin．The Effect of Materials Matching on Friction Temperature Field of Disc Brake [J]．Lubrication Engineering，2008，33（3）：63-65

Materials and Methodology Experimental Linear low density polyethylene (LLDPE) granulates with density 0.92 g/cm3 was supplied by Titan Chemicals, Malaysia.
Acknowledgements The Author would like to thank Universiti Malaysia Perlis (School of Materials Engineering) for the financial support provided and the sufficient supply the research material and equipment toward successful completion of this study.
Othman Morphology and Tensile Properties of High-DensityPolyethylene/Natural Rubber/Thermoplastic TapiocaStarch Blends: The Effect of Citric Acid-ModifiedTapioca Starch, Journal of Applied Polymer Science, Vol. 125, 768–775 (2012) [5] Ning, W.; Jiugao, Y.; Xiaofei, M.; Ying, W.
Properties of HVA-2 Vulcanized High Density Polyethylene/Natural Rubber/Thermoplastic Tapioca Starch Blends, Journals of Applied Polymer Science. 1-12 2012 [12] George, R.
[15] Margaria et al, Plastics Materials Polyethylene.

Acknowledgements This work was financially supported by the National Natural Science Foundation (50635020).
Vol. 44 (1977), p.85-89 [3] J.R.Cho, H.S.Jeong: Journal of Materials Processing Technology.
Vol.104 (2000), p.236-243 [4] J.R.Cho, H.S.Jeong: Journal of Materials Processing Technology.
Vol.110 (2001), p.53-60 [5] Wu Xianghong, Zhao Guoqun, Luan Yiguo, Ma Xinwu: Materials Science and Engineering A.
Manninen, P.Ramsay: Journal of Material Processing Technology Vol. 177 (2006), p.604-607

The Concept and Characteristics of Mineral Resources Mineral resources have the characteristics of natural materials that objectively exist, at the same time have social, economic, political, and even military characteristics due to human’s gradual recognition of their natural characteristics.
The biggest difference between resources and resources assets is that the former focuses more on goods and materials with useful value, while the latter more on prospective earnings based on resources control, thus the latter has more economic and legal meanings.
Mining capital twice makes its appearances among mining sanzi: at the first time, the combination of capital and mineral resources makes mining resources-assets, and transforms mineral resources into production materials; at the second time, the combination of capital and mining resources-assets promotes the development and utilization of mineral resources and associate social resources.
Acknowledgements This paper is supported by Key Laboratory Project of Ministry of Land and Resources, PRC (CCA2012.09), and General Foundation Project of System Science and Enterprise Development Research Center of Sichuan Province (Xq13c02).
References [1] Guoren Liu: submitted to Journal of Conservation and Utilization of Mineral Resources (1998) [2] Minjie Lian, Yimin Ma: submitted to Journal of Metal Mine (2000) [3] Aili Lu, Hua Zhang: submitted to Journal of Geological Technoeconomic Management (2003) (Guoren Liu, 1998; Minjie Lian, Yimin Ma, 2000; Aili Lu, Hua Zhang, 2003).

(2) The material properties.
Check manual mechanical material, its density is 7833kg/m3.
Numerical simulation of quenching process research progress [J], weapon of materials science and engineering, 1999 (3) : 59-63
Journal of kunming university of science and technology, 1996 (6) : 101-104
Journal of heat treatment, 2005, 20 (4) : 172-174

In the ultraviolet region, the transmission spectra has a very strong attenuation, this is due to the intrinsic absorption of the TiO2 materials in thin film.
New Carbon Materials, 2013, 28(1): 48-49 [2] Jin Long Li, De Shuai Zhen, Qi Gang Deng.
Journal of nanoparticle research.
  [5] Li Yuan Zhang,  Zhong Xin Liu,  Xiao Long Yu, et al.Preparation and photocatalytic property of Ag-doped TiO2, Journal of Functional Materials. 2010,  41(12): 2169-2170 [6] Zhan Zhong Zhao, Yin De Xie, Bing Zhang, et al.
Journal of The Chinese Ceramic Society. 2012, 40(4): 555-556

Very interestingly, beyond the doped semiconductor layers, the metallic and dielectric materials in the gate regions are also distinguished.
Therefore, the sMIM mode allows to analyze the local electrical properties of a large range of materials, independently on their electronic character.
Bu et al., Journal of Applied Physics, vol. 122, no 24, p. 244504, 2017
Itoh, H., et al., Materials Science Forum,vol. 1004, pp. 71-77, 2020 [12] S.
Michez, et al., IEEE Transactions on Nuclear Science, vol. 62, no 4, p. 15161527, 2015.

However, oil production need a lot of biomass materials.
Biomass species fall into two broad categories [8, 9]: one is various kinds of biomass materials from industrial production and agricultural residues; another is energy crops from artificial cultivation.
Biomass materials from industrial production have advantage of huge quantity, concentrated distribution and local use of producing biomass fuels saves transportation cost.
Therefore, industrial residues as biomass materials to produce oil are one of novel areas in biomass utilization.
Acknowledgements The work presented in this paper has been funded by Guangdong Province Natural Science Fund (No.

This feature of the finite element method is very attractive to practicing analysts dealing with composite structures and compound materials.
H-BN film is a soft material and it is anisotropic.
After meshing the model the material properties of the film X x X Journal Title and Volume Number (to be inserted by the publisher) 103 and substrate according to Table 1 are introduced in the calculating program.
Acknowledgements This project is supported by Anhui Natural Science Foundation of China (No. 01044107) Journal Title and Volume Number (to be inserted by the publisher) 105 References [1] L.
Etourneau: Material Science Engineering (Springer, New York 1991)

This article also uses the Johnson-Cook model which considers the effect of strain rate and temperature effects is more accurate description of the deformation characteristics of metallic materials.
Liu, TAKAGI J I and TSUKUDA A: Journal of Materials Processing Technology.Vol. 150 (2004), p. 234-241
Cheng, etal: Materials Science Engineering, Vol. 394 (2005). p. 238-248
Xu: Materials and Manufacturing Processes.
Altan: Journal of Materials Processing Technology.