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Introduction The basalt fiber is a kind of inorganic fiber material that it’s being studied in application and research in civil engineering at present.
Composite effect of cementitious with basalt fiber can improve the intrinsic brittle property of cementitious materials [1, 2].
Experimental Raw Materials.
Acknowledgements A support of the paper by the National Natural Science Foundation of China under Grant No. 50879079 is gratefully acknowledged.
Wang: Engineering Journal of Wuhan University, Vol. 40(3): 57-60, 92 (2007).

Materials and Methods Materials.
Acknowledgements This work was financially supported by the National Science Foundation for Post-doctoral Scientists of China (2010B19040).
Hameed: Journal of Hazardous Materials, Vol. 161 (2009), p.753 [2] I.M.

Bauer Erich[10] has conducted triaxial creep test to study on dry and saturated granite rockfill materials.
References [1] HUANG Ming, LIU Xinrong and DENG Tao.Study on the creep properties of T2b2 siltite in terms of the damage law induced by water [J].Journal of Fuzhou University (Natural Science Edition).Vol.40 No.3 (2012):399-405(In Chinese) [2] HU Hua:Experimental research on factors influencing characteristics of rheological parameters of soft soil[J].Rock and Soil Mechanics.Vol.29 Supp.(2008):507-510(In Chinese) [3] CHEN Xiaoping, ZHOU Qiujuan, ZHU Honghu, etal: Research on creep and consolidation characteristics of soft soil [J].
Engrg.Vol.190 (2001):1985-2016 [7] Reiko Kuwano and Richard J.Jardine: On measuring creep behavior in granular materials through triaxial testing [J].Can.Geotech.J.Vol.39 (2002):1061-1074 [8] Li J Z, Peng F L, Xu L S, etal: Viscous properties of clay with different water content[C]//Proceedings of Sessions of GeoShanghai.Shanghai, 2006, 194:55-61 [9] Huang X L,Liu J J,Yang C H,etal:Experimental investigation of Daqing Oilfield mudstone’s creep characteristics under different water contents[J].Cent South Univ Technol,2008,15(S1): 471-474 [10] Erich B.Modeling rheological properties of coarse grained materials[C]//Art of Foundation Engineering Practice Congress.

Compression Test based on Piston Material 175-piston material is aluminum-silicon alloy, with the piston diameter as 75mm and height as 70mm.
This compression test is performed by microprocessor control universal material testing machine on the basis of the 175-piston.
According to the aforementioned experimental result we can arrive at the conclusion that the corresponding strains of the piston aluminum-alloy material are respectively 0.00091 and 0.0029 when the stresses reach 62Mpa and 180Mpa.
Acknowledgements This project are supported by the Postgraduate Innovative Research Project of Shaoyang University (ID: CX2013SY016), the Innovation Platform Open Foundation in Higher Educational Institutions of Hunan Province(ID:09K104), and the Aid Program for Science and Technology Innovative Research Team in Higher Educational Institutions of Hunan Province.
[2]Tao Li, Zhengxing Zuo, Ridong Liao: Journal of Mechanical Engineering, Vol. 6(2009), p 304-308.In Chinese

Preface A single CFST column can combine steel tube and concrete effectively, and develop the two material properties fully, thus gain the extensive favor in engineering, but when the load is eccentric or the slenderness ratio of component is big, a single CFST column is hard to develop its optimal property.
The Combined Material Poisson’s Ratio of Column Steel Tubes. the relationship curves of column tubular sectional load-combined material Poisson’s ratio of specimen is shown in Fig.9.
In later stressed phase, the combined material Poisson’s ratio begins linear ascend until failure.
Tsinghua University Journal. 2009,49( 12) :1919 - 1924.
Building Science. 2009(3):11-14 [12] Baochun Chen, Yonglai Wang.

Test overview Raw materials.
Parameters of these raw materials are shown in table 1 to table 3.
Acknowledgments This work was financially supported by the National Natural Science Foundation project (51278151) and by National Training Programs of Innovation and Entrepreneurship for Undergraduates.
Construction and Building Materials, 2009, 23(2): 872-877
Journal of ASTM International, 2008, 5(1): 12

Sanyal3, d 1Department of Physics, Govt New Science College Dewas, 455001, India 2Department of Physics, CSA Govt PG College, Sehore, 466001, India 3Department of Physics, Barkatullah University, Bhopal, 462026, India ayspanwar2011@gmail.com, baynyasmahendra14@gmail.com, cjagdish_pet@yahoo.co.in, dspsbu.physics@gmail.com, Keywords: High-pressure; Structural phase transition; Electronic band structure; Metallic.
A subclass of these materials is referred to as intermediate valence fluctuating or inter configuration fluctuating compounds and sometimes as mixed valence or mixed configuration compounds [1-7].
They form a very interesting group of materials in which many characteristic phenomena related to their electronic properties are observed.
[4] PK Jha and SP Sanyal, Lattice vibrations in Yb-pnictide compounds, Physical Review B 52 (1995), 15898 [5] PK Jha and P Sanyal,Lattice vibrations in intermediate valence compounds SmS and TmSe Indian Journal of Pure and Applied Physics 31 (1993), 469-473
Svane, Earth Monopnictides and Monochalcogenides from First Principles: Towards an Electronic Phase Diagram of Strongly Correlated Materials, Cond Matter Str-el, 1823 (2008) 1-26

In Fig. 9 are compared the Jc(B) behaviour, at 20 K, of bulk materials of different grain size.
Figure 10 - RF surface resistance of bulk MgB2 samples : #1) Small grains (<5 µm); #2) Medium grains (<40 µm); #3)Large Grains ( < 100µm) Perspective applications for bulk MgB2 The high Tc bulk superconducting materials up to now considered are the BSCCO-2212 and the melt textured YBCO-123 materials.
Conclusions The field of bulk superconducting materials has a new interesting candidate, the MgB2, to face with various applicative needs.
"High Temperature Superconductor Bulk Materials" WILEY-VCH (2006) [2] G.Giunchi, Int.
Journal of Modern Physics B17 (2003) p 453 [3] G.Giunchi,L.Malpezzi,N.Masciocchi, in press on Solid State Sciences (2006) [4] P.Piseri,A.Podestà,P.Milani,C.Orecchia,G.Giunchi , private communication (2004) [5] G.Giunchi, G.Ripamonti, T.Cavallin, E.Bassani Cryogenics 46 (2006) p 237 [6] F.Cordero, R.

Introduction With the development of the science and technology, the KDP single crystal plays a very important role in many types of key equipments, especially in the ICF（ solid laser actuators and intense laser weapons.
More and more materials of KDP crystal are removed in brittle mode when the depth of cut increases gradually.
As shown in Fig. 9, when the cutting speed is less than 700m/min surface roughness increases with the cutting speed, because KDP crystal is soft and brittle material, and some built-ups will adherence on the rake face with the cutting speed increasing.
Acknowledgments lly acknowledge both the National Natural Science Foundation of China Fig.10 AFM surface roughness analysis of KDP crystal Fig.11 Varation of the cutting force during machining the KDP crystal The authors gratefu (50405011) and the Natural Science Foundation of Heilongjiang Province (E2004-26) for their financial supports of this work.
Zhao: Journal of Materials Processing Technology, Vol.172 (2006) No.3, pp.437-444.

Simulation Analysis on Dynamic Load of Air-conditioning System of Ocean-going Ship Zhongchao Zhao1,a, Hua Cheng1,b *, Weixian Feng1,c and Bojin Qin2,d 1School of Energy and Power Engineering, Jiangsu University of Science and Technology, Zhenjiang Jiangsu 212003, China 2Jiangsu Josun Air Conditioner Co., Ltd, Taixing 255441, China azhongchaozhao@just.edu.cn, bjkdchenghua@163.com, c673599299@qq.com, dqin_bojin@josun.cn Keywords: Ocean-going ship, Dynamic load, Regression analysis.
It was assumed in the article that ship’s bulkheads were composed of three kinds of insulation materials.
The material properties and thickness for each layer keep constant, as shown in Table 2.
Table 2 Material properties and thickness for each layer of ship’s bulkheads Material Thickness （mm） Thermal conductivity （W/(m·K)） Specific heat （kJ/(kg·K)） Density (kg/m3) Plywood 10 0.47 1.88 550 Polystyrene 40 0.10 1.47 15 Steel 8 160 0.51 7800 Mathematic model Cabin thermal equilibrium model.
Acknowledgments The research work presented in this paper was financially supported by the Cooperative Innovation Fund of Jiangsu Province (BY2013066-09) and Graduate Science and Technology Innovation Plan of Jiangsu University of Science and Technology (YCX13S-07).