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(c) The stress was approximately calculated under elastic material in Each ages phase, so the precision of calculation results is insufficient; For comprehensive analysis, stress calculation values slants big, but the situation is qualitative according to laws. 7.2 Conclusions (1) With the suggested analysis, calculation theory is reasonable, calculation method is simple, convenient; The analysis methods synthetically considered the main feature of constrained floor ,and Introduced the concept of constraint influenced range, and the computation method of influenced range.
Qiu3, JOURNAL OF PERFORMANCE OF CONSTRUCTED FACILITIES © ASCE / NOVEMBER (2003 ) p.177-187 [2] K.Bhaleraoa,W.Shenb,A.B.O.
Soboyejoa,W.O.Soboyejob, Vol.25 (2003),p. 607–615 [3] Zihai Shi, M.ASCE1 , JOURNAL OF STRUCTURAL ENGINEERING © ASCE / NOVEMBER (2004) ,p.1738-1747 [4] Hua Xing, XiuMei Wang, YuHui Dong, BEIJING, GEOTECHNICAL ENGINEERING WORLD(10/2007 ), p. 44-46(in chinese) [5] Chief editor of Long yu-qiu,Baoshi-hua,etc,STRUCTURAL MECHANICS (two edition),BEIJING,HIGHER EDUCATION PRESS (12/2004 ) p. 459-460(in chinese) [6] FuWen Quan, HanSu Fang, THE CRACK ANSLYISIS AND CONTROL OF THE CONCRETE ENGINEERING, BEIJING, CHINA RAILWAY PUBLISHING HOUSE(2002) p. 28-42(in chinese) [7] YuHui Dong, HuiMin Wang, SICHUAN BUILDING SCIENCE (4/2007), p.77-79(in chinese) [8] YuHui Dong, HuiMin Wang, HuiZhong Zheng, Ping Yu, MECHANICS IN ENGINEERING ( 2/2007) p. 46-47(in chinese) [9] Wu Yao, WenHui Zhong, CHINESE J0URNAL OF MATERIALS RESEARCH (2/2006) p. 24-28(in chinese)

Experiment Design Material and Test Member Design.The main parameters that were studied in this research were SCC strength and initial axial stress level of the enlarged concrete columns, and their affects to the seismic resistance performance of these columns.
Acknowledgements This work was financially supported by National Natural Science Foundation of China（50878056）andScience and Technology Department of FuJian Province project（2009H0027） References [1] LUO Su-rong,ZHENG Jian-lan .Study on the Application of Self-compacting Concrete in Strengthening Engineering [J].
Journal of Building Materials，2006，9（30）: 330-336（in chinese） [2] LUO Su-rong,ZHENG Jian-lan Experimental Study of the Aseismic Performance of Self-compacting High Strength Concrete Frames[J].
Journal of Building Structures .2005,(05): 74-80（in chinese） [6] Hu Puo,Shi Xudong.  

The container was introduced in the 1960s as a universal carrier for various materials and soon became a standard carrier for worldwide transportation.
Ng, “Crane scheduling in container yards with inter-crane interference,” European Journal of Operational Research, vol.164, no.1 (2005), pp. 64-78
Spasovic, “Scheduling material handling vehicles in a container terminal,” Production Planning & Control, vol.14, no.7 (2003), pp.623-633
Ariffin, “Using simulated annealing algorithm for optimization of quay cranes and automated guided vehicles scheduling,” International Journal of Physical Sciences, vol.6, no.27 (2011), pp. 6286-6294.

Electroluminescence of GeSn/Ge MQW on Si substrate GeSn alloys attract great attention because Sn affects the band structure and for a sufficient large Sn content it is predicted to become direct semiconductor material (EΓ < EL).
This energy levels can be calculated by EQW = Ebulk + En. (1) Whereas Ebulk denotes the bandgap energy of the bulk material.
Accordingly, the MQWs with Ge0.93Sn0.07 wells analyzed here do not establish a direct material, irrespective of their very intensive luminescence as shown in Fig. 2.Table 1: Energies of compressively strained GeSn as deduced from experimental data Ebulk Peak T = 80 K T = 300 K A - indirect line, L-hh 0.621 eV 0.596 eV B - direct line, Γ-hh 0.681 eV 0.651 eV C - direct line, Γ-lh 0.740 eV 0.711 eV Acknowledgement This work was supported by the German Research Foundation (DFG) in the framework of the project "Germanium-Laser für die Silizium-Photonik" (KI 561/5-1 and OE 520/5-1).
Schroeder, Journal of Applied Physics 113, 13513 (2013)
Yu, Journal of Vacuum Science & Technology B 32, 60601 (2014)

Journal of Applied Engineering Science / Istrazivanja i Projektovanja za Privredu, 1, pp. 37–44
Advanced Material Research, 953–954, pp. 854–870
Advanced Material Research, 941–944, pp. 905–920
Applied Mechanics and Materials, 624, pp. 604–612
The Experimental Analysis and Calculative Assessment of Building Energy Efficiency (2014) Applied Mechanics and Materials, 618, pp. 509–513

Therefore, the role which design plays is to change people’s pursuit of material into the unique form of cultural art and sense.
What’s more, it focuses on the unity of form and function and has good appreciation for natural materials[3].Scandinavian design feature is a modern style.
The cognition of nature embodies differences of material world and the East-West relations between people.
The rapid development of material civilization makes people pay more attention to application of science and technology.
Xu: Journal of Zhejiang University, (2002) (in Chinese)

Anti-sliding stability is calculated by using the material mechanics analysis method specified in the design code [7].
This software was developed by the Department of Structure and Materials, China Institute of Water Resources and Hydropower Research [9, 10]. 2.2 The model.
Checking calculation is performed via the using material mechanics method for each left segment.
JOURNAL of Yangtze River Scientific Research Institute,Vol,4(2011),p,49
[8] Zhang Guoxin,Liu Yi,Zhou Qiujing.Study on real working performance and overload safty of high arch dam.Science in China Series E-Technological Sciences,Vol,51(2008),p,48

Effects of Continuous Annealing Process on Microstructures and Properties of C-Mn-Si Bearing Cold-Rolled TRIP Steel Lihui Wang1,2,a, Di Tang1,b, Haitao Jiang1,c, Jibin Liu2,d, Yu Chen 2,e 1.National Engineering Research Center for Advanced Rolling Technology, University of Science and Technology Beijing, Beijing 100083，China; 2.
Experimental Materials The chilled state experimental steel from industrial production was annealed using 12 kinds of annealed process on the CCT-AWY device of the sheet steel heating treatment in order to compare with the microstructures and properties of the TRIP steel.
Materials Characterization, Vol 37 (1996), p1 [2] E.Girault, P.Jacques, Ph.Harlet,et al.
Materials Characterization, Vol 40(1998), p111 [3] Ziliu.X, Haitao.J, Qingwu.C, et al.
Journal of University of Science and Technology Beijing, Vol 30(2008), p379.In Chinese [4] Y.Sakuma,O.Macsumura, O.Akisue.

Cellulose aerogel is a green material which can absorb water 99 times of its weight.
The simple process to produce this material make the production in industrial scale can be conducted [9].
Material and Method Material The Sorghum stem waste was collected from Sorghum field in Universitas Internasional Semen Indonesia, Gresik city, East Java, Indonesia, in May 2018.
Applied polymer Science 45315 (2017) 1–9
Dat et al., Rice straw cellulose aerogels, Vietnam Journal Science and Technology 56 (2A) (2018) 118–125

So it is based on many composite materials for biomedical applications.
Unlike conventional materials, composites can have many properties not commonly found in a single material [2].
Materials and Methods 2.1 Materials Polyvinyl alcohol used in the present study in granular form with an average molecular weight 67000, a degree of polymerization of 1.400, and a degree of hydrolysis 88%, supplied from (UK company, Germany).
Lakes, Biomaterials, Springer Science & Business Media, third ed., New York, 2007
Johnson, History of composites the evolution of lightweight composite materials, 2018