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Modulus of Rupture Test and Numerical Fitting of Plybamboo Form Bengui Li1,a , Yunshui Yu 2,b, Junmin Chen 3,c, Liang Peng4,d , Weihong Zhou2,e 1 Department of Laboratory Construction and Assets Management, Central South University of Forestry & Technology, Changsha 410004, P.R.China a 2 Department of Materials Science and Engineering, Central South University of Forestry & Technology, Changsha 410004, P.R.Chin 3 Dongfeng Visteon (Shiyan) Automotive Trim Systems Co., Ltd, Shiyan 442012, P.R.China 4 Hunan Academy of Forestry, Changsha 410004, P.R.China alibengui502@163.com, byuyunshui@sina.com, cchenjunmin@dfl.com.cn, dpengliang10@sina.cn, ezhouweihong2005@163.com Keywords: modulus of rupture; plybamboo form; moisture content; numerical fitting; regression equation Abstract.
Experimental Material.
FSP of plybamboo form is 23.27% and 22.89% respectively obtained by the method of regression analysis from longitudinal and transverse MOR tests, which is lower than that of the raw material of bamboo (30%).
Li: New Construction Material In Chinese.11(2000), p.11-13 [4] J.P.
Jin: Journal of Bamboo Research In Chinese. 15(1996), p. 45-52

Ever before, clay is often taken as the material of the core of earth rockfill dam.
More and more construction experiences in China and abroad show that it is a trend to use gravelly soil as core material in high earth rockfill dam [1].
Although many scholars and engineers paid attention to the gravelly soil as core material recently [2,3,4,5], few of them were on the behavior for soils with different percentages of gravel by triaxial test.
Test materials and methods The tested material in this paper is a cohesive soil mixing with gravel, and the cohesive soil and gravel were taken from the site of Shuangjiangkou earth rockfill dam to be constructed in western China.
Acknowledgements This work was financially supported by the National Nature Science Foundation of China(No. 50825901) and the Ministry of Water Resources of China(No.200801133).

However, each approach also has limitations either in capability for higher aspect ratio features, material compatibility or cost.
Advanced polymer materials that are effective in preventing pattern collapse during wafer cleaning, suitable for removal by dry ashing processes, both plasma and thermal, are presented.
The ability to remove sacrificial polymer fill material from the wafer pattern without using dry plasma ashing is advantageous when surface damage or material compatibility is a concern.
A key property of thermally activated materials considered for pattern collapse prevention include phase change properties that allow the polymer to be cured and stable within one temperature range while completely degradable in a second temperature range.
[6] Vereecke G., Xu X.M., Tsai W.K., et al., “Partial wetting of aqueous solutions on high aspect ratio nanopillars with hydrophilic surface finish”, ECS Journal of Solid State Science and Technology; 3(1), 3095–3100, (2014)

Mechanism of Diamond Wire Saw Slicing SiCp-Al Composites SiCp/Al composites are a kind of two-phase materials with Al matrix and SiC reinforced particles.
The machining way of diamond wire saw slicing SiCp-Al composites is different from that of diamond wire saw slicing ordinary single elastic-plastic material.
This is because that workpiece feed speed increases, the material removal rate increases. 
The Fourteenth National Conference on Composites Materials, 2006.10,p.1099-1103.
Journal of Shenyang University of Technology. 2012，34(6),p.665-670.

Smart Structure Based on Continuous Optical Fiber Sensing Technique (Review) Wencheng Jin 1, a, Juan Wan 1, 2, b, Qingrong Ding 3,c and Changdong Zhou 4,d 1 Huazhong University of Science and Technology, Wuhan, China 2 Hubei University of Technology, Wuhan, China 3 Yichang Urban Highway Administration, Hubei, China 4 Yichang Urban Transport Bureau, Hubei, China a86783546@qq.com, bjuanjuanwan@sohu.com, c87557610@163.com, d16904973@qq.com Keywords: smart structure, continuous optical fiber, sensing technique Abstract.
Thus, structural long term real-time dynamic monitoring is promising. 5 Realization of self-adapting function Action technique is the nucleus problem that the smart structure carries out adaptive variation of shape or mechanics performance .In the smart structure, It is the main content to be solved to discover the right action material, to integrate sensing material with action material in the structure so as to fulfill the self-repair function.
,A.Del Grosso, Fiber Optic Sensing Technologies for Smart Materials and Structures ,World Forum on Smart Materials and Structures, Chongquing&Nanjing (2007)
Theoretical modeling of signal loss versus crack opening for a novel crack sensor .Journal of Engineering Mechanics,2005,131(8):777-790

Introduction Carbon fiber cement-based composites (CFCC) is a kind of multifunctional composite materials[1].
The conductive phase materials used in this experiment are carbon fibers and graphite particles.
CFGCC materials have good temperature sensitivity.
Materials Science and Technology, 2009, 17(3):368-372
Journal of Wuhan University of Technology,, 2001,23(3):5-8

For the basis of the NASICON structure, researchers have substituted other elements to replace Zr, P or Si., the other research creates replacement materials to produce divalent and trivalent ions, such as Al3+ or Mg2+ [9].
The raw materials were ball-milled for 2 hours, dried at 80°C for 12 hours, then calcined in air at 1125°C for 12h with heating rate of 2°C.min-1.
Bhatnagar, Preparation, Structure and Conductivity of Sn Modified NASICON Material, J.
[15] Bingxing Xie, Danyu Jiang, Jian Wu, Tao Feng, Jinfeng Xia, Hongqiang Nian, Effect Of Substituting Ce For Zr On The Electrical Properties Of Nasicon Materials, Journal of Physics and Chemistry of Solids 88 (2016) 104-108
Setyawan, The Effects of the Addition of Silica Mol Fraction (x= 1.5; 2; 2.5) as a Solid Electrolyte on Ion Conductivity of NASICON (Na1-xZr2SixP3-xO12) Using Solid-State Method, IOP Conference Series: Materials Science and Engineering 202 (1), 012083

Cluster I composed of all materials that came from the USA, Canada, LanZhou and 4 materials that came from Russia.
The materials which had close relationship were located near.
It mainly showed in that the all materials which came from Kazakhstan and the materials which came from the Russia except 3 materials from Sakhalin and 1 material from Samarra were clustered in the same group when the GS was 0.7.
Finally,the materials from the same place had the similar genetypes.
This study showed that there was the abundant genetic background in Phalaris arundinacea Linn materials and there was a further genetic distance between the materials.

Gunn (1972) [3] first grouped destination image into two factors: (1) organic image, which indicated tourists’ impression of a destination without physically having visited the place; (2) induced image, which is formed through promotional materials or actual visitation.
Acknowledgements This paper was supported by Shandong Social Science Planning Research Grant #10CJGJ60.
Journal of Travel Research, 26(2), 15-19, 1987
Journal of Travel Research, Vol.38(5), pp.411-416. 2000
Journal of Travel Research, Vol. 29(2), pp.10-16. 1991

Engineering Journal. 11 (2009) 26-61
Gorog, Flatness measurement by multi-point methods and by scanning methods, Ad Alta: Journal of Interdisciplinary Research. 1 (2011) 124-127
Ye et al., Minimum zone evaluation of flatness error using an adaptive iterative strategy for coordinate measuring machines data, Advanced Materials Research. 472 (2012) 25-29
Kaplonek, Analysis of flatness deviations for austenitic stainless steel workpieces after efficient surface machining, Measurement Science Review. 14 (2014) 240-212
[8] Sohyung Cho, Joon-Young Kim, Straightness and flatness evaluation using data envelopment analysis, The International Journal of Advanced Manufacturing Technology. 63 (2012) 731-740