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Generally the housing is a part of control arm and made by Aluminum material.
Gulbudak, International Journal of Automotive Technology.
[3] Jingee Park, Junyoung Park, Seogou Choi, Kyounghoan Na, Youngsuk Kim, Journal of Materials Processing Technology.
[4] Jan Scholten, Henning Haensel, Nico Krekeler, Holger Fuchs, Rüdiger Stenke, Mohammad Hesam Ejtehadi, Materials Testing.
[6] Byung-Hyun Jang, Kwon-Hee Lee, Proceedings of the Institution of Mechanical Engineers, Part C: Journal of Mechanical Engineering Science. 

This is the same as the results of other materials such as medium and low carbon steel.
This is the same as the results of other materials such as medium and low carbon steel [2,3,4].
This is the same as the results of other materials such as medium and low carbon steel.
References [1] Nihei Osamu, Ootani Takakazu: High temperature strength of materials theory (Ohmsha Publications, Tokyo 1980)
[2] Nihei Osamu, Hazime Akira Fujino: submitted to Journal of Material (1978) [3] Chengbi Guo, Wenxiao Zhang, Hongfa Huang, Shali Liang and Hua Ni: submitted to Journal of Dalian University of Technology (1996) In Chinese [4] Dingyun Hu, Ming Pang, Jianping Wang and Bo Wu: submitted to Machinery Design ＆ Manufacture (2010) In Chinese [5] Ootani Takakazu: High strength and environmental science (Ohmsha Publications, Tokyo 1984)

This paper presents research into analysing the volume stability of composite materials based on a polymer-cement matrix.
Materials of modified composition were gradually exposed to extreme temperatures and then cooled in furnaces.
Suitable materials have to be selected to minimize the volume changes influenced by thermal variations.
Acknowledgements This paper was composed with the financial support of The Czech Science Foundation, project GA15-07657S, “Study of kinetics of processes occurring in the composite system at extreme temperatures and exposed to an aggressive environment”, as well as from the budget of the project FAST-S-15-2621 “Research and development of building materials with utilization of currently produced alternative raw materials”.
Advanced Materials Research. 2014. 2014(887-888). pp. 805 - 808

The training implementation. 95% on time delivery rate, 80% supplier certification, some improvement group engaged in supplier management, materials issue on time. 4 3 DPM < 254 CPK = 1.22.
Significant waste and repair rate, no SPC used consciousness, have no sense of mistake proofing. < 80% on time delivery rate, 80% incoming goods inspection, emergency handling materials management problems, no supplier management work. 1 Acknowledgements 1.54 batch on China postdoctoral science foundation projects "ecological assessment and comprehensive management paradigm of manufacturing supply chain research", number: 2013 m541552. 2.2013 annual shaanxi province social science fund research project "manufacturing and logistics industry linkage development mode study", number: 13 d085. 3.2014 postdoctoral funding annual Shanghai pudong new area of science and technology development fund project "China building industry chain and ecosystem coupling: factor and the model and mechanism study. 4.
Journal of infrastructure optimization, 2004.6 (3) : 11 ~ 14
Journal of building economy, 2007. (1) : 52 ~ 55
Journal of building economy, 2007. (5) : 31 ~ 33.

Introduction Optical coherence tomography [1,2] is a new imaging method that allows high resolution, cross-sectional images through tissues and materials, similar to ultrasound.
Compared to traditional imaging methods such as CT, MRI etc, OCT has higher resolution, so it can unveil the microstructure of tissues and materials effectively.
Fujimoto, “Optical coherence tomography,” Science, vol. 254, pp. 1178–1181, 1991
Computer Engineering & Science, 2006,28(6):1007-130X [11] Vese L AOshers J．Modeling textuTes with tolal variation minimization and oscillating palterns in image processing[J]．Journal of Scientific computing200319(3)：553—572
Journal of photon. 2009.38 (4) 1001 100 [13] ZHANG Hong-ying, PENG Qi-cong.

Effect of sample width on characteristics of flame spread across eucalyptus wood surface Guihong Wu1, a, Yiqiang Wu1, 2, b, Yunchu Hu1, c and Xiaodan Zhu1, d 1 School of Materials Science and Engineering, Central South University of Forestry and Technology, Changsha 410004, China 2 Hunan Provincial Engineering Research Center of Bamboo Industry, Changsha 410004, China aguihongwu@163.com, bwuyq0506@126.com (corresponding author), chucsfu@163.com, dzhuxd0610@126.com Keywords: Flame spread, flame spread rate, flame height, flame depth, mass loss rate Abstract.
The difference is that their experimental material was white wood and the minimum value of flame spread rate appeared when width measures 3 cm.
Author Brief Introduction: WU Guihong (1979- ), female, lecturer, Ph.D. candidate, mainly engaged in physics and biomass composite materials. guihongwu@163.tom. 13873169946 WU Yiqiang (1967- ), male, professor, Ph.D., tutor of postgraduate candidates, mainly engaged in wood functional modification, wood drying and wood-based composites. wuyq0506@126.com. 13873161217 References [1] Y.
Tsai, Width effect on upward flame spread, Fire Safety Journal. 44 (2009) 962-967
Macmillan, Flame spread on inclined surfaces, Fire Safety Journal. 18 (1992) 245-254

Park, Development of severe plastic deformation by various asymmetric rolling processes, Materials Science and Engineering: A. 499 (2009) 14-17
Kim, Finite element analysis of severe deformation in Mg-3Al-1Zn sheets through differential-speed rolling with a high speed ratio, Materials Science and Engineering: A. (2007) 454-455
Ohori, Grain refinement of high purity aluminum by asymmetric rolling, Materials Science and Technology. 16 (2000) 1095-1101
Hallberg, Influence of Process Parameters on Grain Refinement in AA1050 Aluminum during Cold Rolling, International Journal of Mechanical Sciences. (2013) 260-272 [12] M.
Malygin, Plasticity and strength of micro- and nanocrystalline materials, Solid State Physics. 49 (2007) 961-982

The properties of the material at 293 K are the following ones: density = 7.7 Kg/m3, thermal conductivity = 20 W/m K, specific heat = 460 J/kg K.
Journal of Manufacturing Science Engineering 126 (2004) 107-114 [6] A.
Ohshita, Grinding temperature within contact arc between wheel and workpiece in high-efficiency grinding of ultrahard cutting tool materials, Journal of Materials Processing Technologies, 136 (2003) 39-47 [8] I.
ASME, Journal of Manufacturing Science Enggineering, 123 (2001) 191-195 [10] T.
Martínez-Toledano, Machining evaluation of a hybrid MQL-CO2 grinding technology, Journal of Cleaner Production, 18 (2010) 1840-1849

Kopp, Numerical research and optimisation of high pressure sheet metal forming of tailor rolled blanks, Journal of Materials Processing Technology 177 (2006) pp. 360–363
[4] PAPADIA Gabriele, DEL PRETE Antonio, MANISI Barbara, ANGLANI Alfredo; Blank Shape Optimization in Sheet Metal Hydromechanical Deep Drawing (HDD); International Journal of Material Forming Volume 3, Supplement 1, 291-294, DOI: 10.1007/s12289-010-0764-6
[6] Gang Liu, Shijian Yuan, Guannan Chu, FEA on deformation behavior of tailor-welded tube in hydroforming, Journal of Materials Processing Technology 187–188 (2007) pp. 287–291
Ravi Kumar, Improvement in formability of tailor welded blanks by application of counter pressure in biaxial stretch forming, Journal of Materials Processing technology 204 (2008) pp. 70–79
[9] Guannan Chu, Feng Li, Plastic deformation regularity of tailor-welded tube hydroforming, Indian Journal of Engineering & Materials Sciences, Vol. 17, February 2010, pp. 13-19

Dong: Journal of Materials Processing Technology, Vol.62 (1996), pp.327-330
Altan: Journal of Materials Processing Technology, Vol.146 (2004), pp.72-81
Lin: Journal of Materials Processing Technology, Vol, 115 (2001), pp.313-325
Zeng: Journal of Materials Processing Technology, Vol.168 (2005), pp.42-48
Song: Journal of Materials Processing Technology, Vol.148 (2004), pp.259-268