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Metal Rubber Material Metal rubber is one kind of elastic capillary porous material.
It is the molding metal rubber material in Fig.5 [3].
Material parameters of the parts from the isolator were defined.
Lu: Journal of Harbin Institute of Technology, Vol.37 (2005), No.1, pp. 1327-1329(In Chinese)
Nie: Journal of Beijing University of Aeronautics and Astronautics, Vol.225 (1999), No.6, pp. 651-654(In Chinese).

The potential road of regional architecture with Chinese characteristics From symbols to form abstract, architects began to advocate the use of geographical features and architectural form closer between the logic of relations; from decorative materials performance to performance, the architect gradually emphasize the use of local building materials to achieve modernity and regional unity; from the iconic to the local high-tech low-skilled, creative architects in the range of regional architecture from the early days on the top ten large-scale construction of a landmark shift characteristics of modern architecture with local practice.
Broadly, under the guidance of the regional architecture Generalized architecture advocated building concept, has become the construction industry as well as the future direction of development, from the subject content, the architecture, landscape and urban planning school science integrating point for the development of regional architecture has an important significance.
Sustainable development of the regional architecture Sustainable development, regional architecture, including the following aspects: integration from the environment, climate adaptation point of view, the specific geographical and climatic conditions for the design with some geographical and cultural characteristics of the building; select adaptive technology strategy, advocating a variety of technology integration, energy conservation; extensive use of environmental, economic, aesthetic materials and advanced construction technology; technical and quantitative analysis by multi-dimensional realization of the construction of theories and methods to adapt to climate.
The station belongs to Lhasa, Architectural Journal,2006(10):44-47 [3] Chen Changyong.Xiao Dawei.
By the analysis of the new trend of regional architectural practice ,Architectural Journal, 2010 (2):68-73

While considering porous media simulations, a porous material is defined as an adsorbent used in the simulation.
Pressure gradient comparison at pilot scale for particle size of 250µm and 355µm Conclusions: In this paper, hydrodynamics of fixed bed of composite materials crossed by a gaseous phase has been studied by implementing a numerical model in ANSYS FLUENT14.
[2] Ravichandar Babarao, Jianwen Jiang, Molecular computations of adsorption in nanoporous materials, Adsorption and Phase Behaviour in nanochannels and Nanotubes (2010), 69-100
[3] Deanna M.D Alessandaro, Thomas McDonald, Toward carbon dioxide capture using nanoporous materials, Pure Appl.
Shariff., Modeling and Simulation of Fixed Bed Adsorption Column using Integrated CFD Approach, Journal of Applied Sciences 10 (24):(2010) 3229-3235

Guidance of family environment improvement To avoid the asthma attack induced by decoration material-polluted air: During the follow-up, some advices related to decoration materials should be given to children’s parents.
In parents who were going to newly renovate their home environment, they were guided to choose green decoration materials, especially for children bedroom, not to use a large amount of artificial board, adhesives and color paint.
The clothing of children should be made of cotton quality-based materials, and not made of chemical fiber, wool and down feather as possible.
References [1] Yali Tian, Jiping Li:Chinese Nursing Research (In Chinese), Vol. 23 (2009), p. 943-944 [2] Respiratory Group of Pediatrics Branch, Chinese Medical Association: Chinese Journal of Pediatrics (In Chinese), Vol. 42 (2004) , p. 100-104 [3] Wenqing Ding, Xia Wei and Jiyan SI: Modern Preventive Medicine (In Chinese),Vol. 37 (2010) , p. 2634-2636 [4] Shangmiao Li, Shaojin Li and Weiguo Hu: Maternal & Child Health Care of China (In Chinese), Vol. 27 (2012) , p. 2772-2774 [5] Baoyu Wei and Yingyu Chen: Journal of Medical Science Yanbian University 32 (2009) , p. 268 [6] CK.

The workpiece uses a material called NAK80.
Acknowledgments The current study is supported by theNational Science Council, contract NSC 101-2221-E-152 -002.
Kleiner, Characterisation of extruded magnesium profiles for electromagnetic joining, Journal of Materials Processing Technology, 177(1-3) (2006) 266-269 [2] M.
Kleiner, Processes Analysis of Electromagnetic Sheet Metal Forming by on line-measurement and finite element simulation, Proceedings of the 6th International ESAFORM Conference on Materials Forming, Salermo, Italy, (2003) 123-126
Shinmura: Key Engineering Materials, 329 (2006) 243-248

Characterization and Analysis of Ethylene-Propylene Copolymers Hongbao WANGa, Dongmei YUEb,Yuekai GAOc, Sizhu WUd* Center of Advanced Elastomer Materials, Beijing University of Chemical Technology, Beijing100029, P.
Introduction Ethylene-propylene copolymers are the important industrially rubber materials, which the classic one are the ethylene-propylene rubbers (EPR) and the ethylene-propylene-diene rubbers (EPDM).
Also the theoretical results simulated by Materials Studio (MS) 4.4 from Accelrys Company were compared with the experimental data.
Randall: Journal of Macromolecular Science, Part C Vol.29(1989), p. 201
Journal of Instrumental Analysis.

Introduction According to the different type of fiber, FRP is a kind of composite material using fiber or its product as the reinforced material, and can be divided into GFRP, CFRP, and AFRP etc [1].
Wu: Journal of Materials in Civil Engineering, ASCE, Vol. 12 (2000), p. 139 [2] A.
Ueda,Y, Shimamura: Key Engineering Materials, Vol. 353-358 (2007), p. 1298 [3] S.
Ehrlacher: Transport in Porous Media, Vol. 60 (2005), p. 43 [4] Y.J.Liu and J.H.Jia: ASEC Engineering, Science, Construction, and Operations in Challenging Environments-Earth and Space 2010.(2010), p. 2899 [5] S.
Shokichi: Journal of Structural and Construction Engineering, Vol. 73 (2008), p.1393 [6] Y.

Beijing Information Science& Technology University, 112320) zaonin@139.com, wangyong2636@hotmail.com, zhangyang@bigc.edu.cn, zhanggaimei@bigc.edu.cn, duyanping@bigc.edu.cn Keywords: Honeycomb core, The Fouth Strength Principle, Package Transportation, Optimum Stretching Angle Abstract: The force analysis on the in-plane and out-of-plane of honeycomb core referring to some related articles is presented. during the transportation of wine, the honeycomb paper core is under three-dimensional stress.
During practical application, is approximately obtained; especially when , and 0°<θ<45°, From the above analysis, it is easy to know that the stress state of honeycomb structure is very complex. it is very difficult and unrealistic to obtain the limit stress of the material under a variety of stress condition through many trials.
According to different destructional forms of the material, four strength principles are generated.
The mechanical properties of the honeycomb paper core is shown in table 1 below: Table 1 Properties of honeycomb paper Performance parameters of the base paper material Quantitative (g/m2) 150 Temperature() 30 Relative Humidity 50% Elastic modulus of the base paper material E(GPa)[6] 0.6398 Poisson's ratio ν [5] 0.28 Theoretically, when the relevant datas are brought into related equations, σ is a function of θ.
Reference [1] M.H.Fu and J.R.Yin: Journal of Mechanics, Vol. 31 (1999) No.1, p.113-118(In Chinese) [2] D.J.Zhang and T.X.YU: Journal of Shanghai Jiao Tong University, Vol. 24 (1990) No.5 and No.6, p.47-55(In Chinese) [3] L.Z.Wang: Railway Transport And Economy,(1983) No.2, p.25-27,29(In Chinese) [4] Information on http://hypertextbook.com/facts/2005/glass.shtml,/2012.7.30 [5] W.Xiong, J.J.Wang and D.M.Wang: Packaging engineering, Vol. 32 (2011) No.21, p.45-48(In Chinese) [6] D.M.Wang and Q.H.Liao: Packaging engineering, Vol. 27 (2006) No.4, p.129-132(In Chinese)

Due to the digital simulation is finished in the computer, it need neither machining equipment nor materials.
Acknowledgements This work was financially supported by the China Hunan Provincial Science & Technology Department (Proj.
References [1] Nathan, M.K., Muthuveerappan, G.: journal of the Institution of Engineers(India): Mechanical Engineering Division, India, 2001, p 123-128 [2]Su Daizhong, Qin datong: Journal of materials Processing Technology, vols. 138(2003): pp429-435 [3]Hua Xu, QingMing Wen, LiangYong Zhou, GuoAn Zhong: Advanced Material Research, vols. 230-232(2011): pp1260-1263 [4] Hua Xu, LiangYong Zhou and Zhiguo Li.
Applied Mechanics and Materials, Vols. 271-272 (2013) pp 1249-1252

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