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Bond test was performed according to the CSA S806-02[7] criteria, and the load was applied under displacement control of 1mm/min using universal material tester with 2000kN capacity Slip of reinforcing bar and concrete was measured as free end slip measured at the embedded part of reinforcing bar.
Acknowledgements This research was supported by Basic Science Research Program through the National Research Foundation of Korea (NRF) funded by the Ministry of Education, Science and Technology (KRF-2010-0025651).
Young: The Shear Behavior of Reinforced High-strength Recycled-Aggregate Concrete Beams without Shear Reinforcements, journal of AIK Vol.18 (2002) No.10, p. 3-10 [2] J.
Lee: application of neural network for propertioning of concrete mixes, ACI materials jouranl January-February(1999), p. 61-67 [3] S.

Effect of Chitosan and Turmeric Dye on Ultraviolet Protection Properties of Polyester Fabric Vorabodee Sriumaoum1, a, Chotima Sodsangchan1,b , Jantip Setthayanond1,2,c Potjanart Suwanruji2,3,d and Porntip Sae-bae1,e 1Textile Technology and Innovation Research Unit, Department of Textile Science, Faculty of Agro-Industry, Kasetsart University Bangkok, Thailand 2Center for Advanced Studies in Nanotechnology for Chemical, Food and Agricultural Industries, Kasetsart University, Bangkok 10900, Thailand 3Department of Chemistry, Faculty of Science, Kasetsart University Bangkok, Thailand avorabodee@yahoo.co.th, bChotima_pao@hotmail.com, cJantip.s@ku.ac.th, dfscipjs@ku.ac.th, efagipts@ku.ac.th Keywords: chitosan, turmeric, UPF, UV protection, dyeing, polyester Abstract.
Experimental Material The 40 Ne interlock knitted polyester fabric supplied by Far East Knitting & Spinning Co., Ltd, Thailand, was scoured in a bath containing 1 g/l Sera Wash and 1 g/l sodium carbonate at 60oC for 15 minutes before use.
Chitosan as a Thickener for Direct Printing of Natural Dye on Cotton Fabric, Advanced Material Research. 610-613 (2013), 3394-3397
International Journal of Bioscience, Biochemistry and Bioinformatics. 2(3) (2012) 155-158
Study on Spectroscopic and Dyeing Characteristics of Curcumin on Poly(lactic acid) and Poly(ethylene terephthalate) fabrics, Advanced Material Research. 233-235 (2011) 1384-1387.

TIG Auto Welding Process Using Adaptive Wavelet Neural Network Controller Yen-Bin Chen1, a , Yung-Lung Lee1,b, Shou-Jen Hsu2,c, Chin-Chun Chang3,a , and Yi-Wei Chen1,a 1 School of Defense Science, C.C.I.T., National Defense University, Taoyuan County, Taiwan. 2 Electronic Systems Research Division, Chung-Shan Institute of Science and Technology, Taoyuan County, Taiwan, R.O.C. 3 National Synchrotron Radiation Research Center NSRRC ahank1832@gmail.com, bdragonlee@ndu.edu.tw, cSj.hsu@msa.hinet.net Keywords: Adaptive control, wavelet neural network, aluminum alloy.
Based on this property, many NN-based approaches have been developed to model the welding processes so that the system welding performance such as the convergence materials out gas and robustness to reduce air bubble number can be improved[2].a back-propagation NN for a shielded metal arc welding process used to establish the relationships between the process parameters and weld bead geometric parameters is presented in [3].he training algorithms for WNN typically converge in a smaller number of iterations than the conventional NNs [4]Thus, WNN has been proved to be better than the other neural networks in that the structure can provide more potential to enrich the mapping relationship between inputs and outputs [5].which are utilized to up-date the adjustable parameters of WNN controller on-line for further assuring system stability and online-taining a fast convergence.
Aluminum material A6061T651 is used for TPS bending chambers.
Chen: “Manufacturing and Welding of the Aluminum Ultra-high Vacuum Chambers for the Low Temperature Superconducting Magnets (in Chinese)”, Journal of Taiwan Vacuum Society 19(1), 2006

Numerical simulation on beam-column joint in the added-layers steel structure under monotonic loading Haijun Wang 1, a, Yong Yao2,b, Yunpeng Chu 3.c, Daiguo Chen 4,d 1,2,3,4 Collage of Civil Engineering and Architecture, Southwest University of Science and Technology, Mianyang,China awhjxnkjdx@163.com,byy001221@163.com,c377309083@qq.com,dcdg-927@163.com Keywords: Add-layer Joints of Steel Structure, Finite Element Simulation, Monotonic Loading, Stiffness Degradation Abstract: Add layers for low-rise steel structure building can improve its using function.
a) The first model b) The second model c) The third model Fig. 2 Geometric drawing of models Finite Element Model The models are the elastic-plastic material completely, and their yield criterions are the Von Mises yield criterion.
This is due to the weld’s carrying capacity is weaker than the main material, and the weld at the upper and lower column connections is yield prematurely.
The third joint, failure surface is happened out of haunched slab (similar to the plastic hinge under the cyclic loading) and there first reach the ultimate bearing capacity of the material, to being a motor component.
Acknowledgements Supported by technology support program of Sichuan province, No (2011GZ0043) and by Young Scientists foundation of southwest university of science and technology, No (11ZX3129) References [1] Fudong Dai, Bolong Zhu, Xinquan Li.Residential building in light-steel system-the development Chinese residential building.Architectural Journal.In chinese.1998(12):15-16 [2] Jing Zou, Yuanqi Li.

Example Bridge crane is a lifting equipment used for materials transportation which is crossed the workshop and warehouse.
Fig. 2 BOM structure of bridge crane car Fig. 3 The order relationship between design tasks 2) In the process of ridge crane collaborative design, there are five kinds of resources, they are: design human resources R1, computer hardware resources R2, computer software resources R3, material resources R4 and information resources R5.
Acknowledgements The study reported was supported by National Natural Science Foundation of China (50975124, 50905074) and the Science and Technology Planning Project of Shandong colleges and universities (J09LD07).
References [1]Yinkui Wu, Yan Li, Xiaoying Liu: Machinery Design & Manufacture (2009), p. 260 [2]Xiuli Meng, Xiangdong Han, Jie Cao: Chinese manufacturing's informatization (2005), p.109 [3]Liang Chen, Guodong Jin: Chinese Journal of Mechanical Engineering (2006), p. 177 [4]Yuan Li, Hui Peng, Lincheng Shen: Systems Engineering and Electronics (2009), p. 868 [5]Haibo Ma, Guangleng Xiong, Tao Li: Chinese High Technology Letters (2001), p. 61 [6]Xiuli Meng: Nanjing: Southeast University Press (2010), p. 77 [7]Gang Zhang, Zhongze Guo: Machinery Design & Manufacture (2009), p. 58

In this way, Al concentrations in the range ~ 1-3.10 20 at.cm-3 have been reached and, both, Raman and TEM characterizations show that no foreign polytype or other material inclusion is formed.
The Al and Si sources used for the melt are, respectively, 4N material and pieces of Si wafers with electronic grade.
Science and Eng.
Billon, Journal of Applied Physics, Vol. 88(4) (2000) p. 1971
Science Vol. 184 (2001) p. 307 [7] M.

However, this procedure remains a difficult task for complex structures when finite element analyses are considered that involve nonlinear materials and responses such as plasticity, creep behaviors and non-geometric nonlinearities (i.e large deformations).
Li et al., "A New Response Surface Method for Structural Reliability Analysis", Advanced Materials Research, Vols. 712-715, pp. 1506-1509, 2013 [5] Z.
Kim, “Adaptive designs of experiments for accurate approximation of a target region,” Journal of Mechanical Design, vol. 132, no. 7, 2010
Liu et al., "Application of Kriging Surrogate Model in Performance Parameters Optimization of Excavator Cab Shock Absorbers", Applied Mechanics and Materials, Vol. 741, pp. 393-396, 2015 [23] Z.
Wang, “A hybrid algorithm for reliability analysis combining kriging and subset simulation importance sampling,” Journal of Mechanical Science and Technology, vol. 29, pp. 183-3193, 2015

fully meet the requirements,fine manufacturing and installation rating, and all meet the design requirements qualified weld quality , material Heavy structure meet the requirement, qualified manufacturing and installation rating Meet the main performance General welding quality , material Having performance quite generation materials manufacturing and installation rating meet the main performance after modification basically meet the performance unqualified weld quality,material not meet the demand, unqualified manufacturing and installation rating could not meet the performance 75 ComponentsC6 Components intact Components Slightly damaged Componentsserious damaged Components missing and not intact 65 Table 3 Steel gate safety evaluation durability index system score sheets Evaluation index Fine(100~90) reference standard Good(89~75) reference standard Medium(74~60) reference standard Poor(<60) reference standard score corrosion C1 Average corrosion rate
Acknowledgements This paper supported by “Fund for Key Research Project of National Natural Science Foundation of China ” (50539010) and “The Ministry of Water Resources Public Welfare Projects” (200801019).
Water Science and Engineering,2008. 1(3)
Journal of Hohai University (Nature Science Edition),2006.34(6).In Chinese
International Journal of Production Economics. 2001. 72(1):27-40

Such an assembly generates a nontrivial fiber bundle of material manifold.
We introduce material manifold as a fibre bundle of a smooth three-dimensional manifold.
Note that material manifold is a bundle and each its fiber is associated with a material surface strained before its adhesion to a body.
Thus, at each point of the material manifold tensor field is defined.
Journal of Physics: Conference Series 181(1): 012018. 2009

Therefore, these PE/TiO2 composites with such mechanical properties and bioactivity are considered to be useful as bone-repairing materials.
Introduction Recently, many kinds of bioactive materials have been developed [1,2].
Most of them are ceramics and metallic materials.
Since materials which do not break off but deform to some extent and absorb the fracture energy even under highly loaded condition are desirable for bone substitutes, this composites are useful as bone-repairing materials.
These composites are considered to be useful as bone-repairing materials.