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Online since: September 2008
Authors: Pentti O. Kettunen
Values of Young's moduli of different materials.
Specific elastic moduli of construction materials /1,3/.
Jones, Engineering Materials 2, Int.
Series on Materials Science & Technology, Vol. 39, Pergamon Press, Oxford, UK, 1986. 4.
Uunonen, Master of Science Thesis, Institute of Materials Science, Tampere University of Technology, Tampere, Finland, 1996. 25.
Online since: October 2011
Authors: Wei Tang, Jing Jie Guo, Xue Ling Wang
Farouki et al. proposed a variable-feedrates CNC interpolation algorithm which was used to achieve a constant material removal rate[4].
Acknowledgement This work was supported by the National Science Foundation (50875153) in P.R.China.
Sakkalis: IBM Journal of Research and Development, vol.34 (1990), p.736 -752 [2] B.
Online since: October 2011
Authors: Ying Zhang, Ji Fen Li, Yong Wang
By looking for some material, we know this motion can let the pelvis, thigh, knee, calf,a nkle and foot muscles of patients be restored.
References [1] Shanzhu Zhu:Family Rehabilitation of stroke patients(Shanghai Science and Technology Literature Press,Shanghai 2009) [2] Bondhan Novandy,jungwon yoon,Christiand,in:A VA Navigation of a 6-DOF Gait Rehabilitation Robot with Upper and LowerLimbs Connections ,International Conference on Humanoid Robots(2008) [3] Haibo Xu,Hong Chen: Qiqihar Medical Journals Vol.28(2007), p.1477 [4] Michel G.van Elk,Bar J.F.Driessen,Michiel Dorrepaal,John J.van der Werff,in:A Motorized gravity compensation mechanism used for Active Rehabilitation of upper limbs, 9th International Conferenceon Rehabilitation Robotics(2005) [5] Wenwei Zheng, Kejian Wu:Mechanical Principles (Higher Education Press,Beijing 1997) [6] Changzhi Jia:MD ADAMS Virtual Prototype from Approaches to Mastery (Mechanical Industry press Beijing 2010)
Online since: May 2011
Authors: Yong Hong Li
Structural Optimization Based on Inversion Reduced-basis Method Yonghong Li Institute of Rheological Mechanics &Material Engineering, Central South University of Forestry & Technology,Changsha,410004, P.R.
Journal of Scientific Computing Vol. 17(2002), p. 447-459 [3] V.Karen: Reduced-basis Methods Applied to Problems in Elasticity: Analysis and Applications.
Science Publisher, Beijing, 2000, p. 1-30, in Chinese
Online since: July 2011
Authors: Yun Dian Zhang, Wei Wei Hong
In order to overcome these problems, we design piezoelectric transducers as a sandwich lamination and we adopt smaller expansion coefficient, high Q value of the piezoelectric material to make transducer ends, and then connect it by nut.
Beijing: science press In Chinese., 2006:103 ~ 112
Engineering practice of SCM application [5] Lan Jing, HaiJun Zhu, ShuoCheng Zhang, etc.The design of control for stepper motor and its application [6].journal of nuclear technology, 2005,28 (6) : 479-482.
Online since: December 2010
Authors: Wei Ming Yan, Qian Zhou
Fig.6 Curve of seismic influence coefficient α Response Spectrum Analysis.In ANSYS program response spectrum analysis are carried out based on simulation model and seismic parameters above.Single-point response spectrums of 7-degree intensity of seldomly occurred earthquakes in x and y directions are applied to the structure.By SRSS(single-point response spectrum) method modal results are combined and responses of displacement as well as inner forces of the structure are obtained,as shown in Fig.7-9.Permissible parameter values for the timber material are [6,7]: Displacement:0.035m; Tensile stress:8.5MPa;Compression stress: 12MPa.
Journal of Beijing University of Technology, Vol. 35(2009), p.330-337.( in Chinese) [2] P.C.Zhang, H.T.Zhao, and J.Y.Xue:Thoughts of Earthquake Resistance in Chinese Ancient Buildings.
Engineering Mechanics, Vol.23(2006), p.168-172. ( in Chinese) [4] D.P.Fang, M.H.Yu, and Y.Miyamoto:Numerical Analysis on Structural Characteristics of Ancient Timber Architecture.Engineering Mechanics, Vol.18(2001), p.137-144. ( in Chinese) [5] S.D.Xue, J.Zhao, and X.Y.Gao:Seismic Design of Buildings (Science Press,Beijing 2007)
Online since: May 2011
Authors: Jia Li, Shi Xue Xu, Ling Fei Xu, Wu Sen Li, Yong Qing Wang
Analysis of Basic Oxygen Furnace’s Temperature by the Flame’s Emission Spectrum Lingfei Xu1,a, Wusen Li1,b, Shixue, Xu1,c, Jia Li1,d, Yongqing Wang1,e 1Group 432 Department of Optical Engineering Nanjing University of Science and Technology, Nanjing, Xiao Ling Wei 200 China ajsj900@hotmail.com,bliwusen@mail.njust.edu.cn, cete_corner@yahoo.com.cn, dlijiafeifei@sina.com , esyusqing@163.com Keywords: emission spectrum, FES, spectrometer, BOF Abstract: The flame of basic oxygen furnace is the most important evident in the steel making process.
In the combustion of material with high concentration of carbon, there exists the emission peak in its flame spectrum at 527nm to 616nm which is the Na.The emission line could be treated as the atomic transition between two energy levels.
Journal of Engineering Thermophysics. 2007(28): 221~224
Online since: December 2012
Authors: Jia Liang
Filling of retaining wall used 3-D solid 8-node unit and Mohr-Coulomb material failure criterion.
Acknowledgements This research is supported by National Natural Science Foundation Project (grant number: 51108222).
Journal of Performance of Constructed Facilities, ASCE, 2006, 20(3):287-299 [7] H.Nour,A.
Online since: February 2015
Authors: Xin Fu Liu, Zhi Hui Zhu
Introduction Resistivity is a very important performance index in semiconductor material, because it will influence the performance of the device directly[1,2].
Chinese Journal of Semiconductors,2003,24,8:817-821(in Chinese) [3] Sun Yicai,Shi Junsheng.
Physical Review B,1994,49(8):5745 [6] Sun Yicai,Shi Junsheng, Meng Qinghao.Semiconductor Science Technology, 1996,11:805 [7] Steven Chen,J.
Online since: February 2014
Authors: Ye Tian
In order to verify the simulation results are consistent with the calculated values,the force of five points of crank were selected analyse.As shown in Table 2, Table 2 Comparison Table Selected Point Crank Angle(°) Center Piston Angle(°) Simulation Result(N) 1 133.6 37.12 1.268 2 170 47.24 1.4 3 193 53.36 3.758 4 206.5 57.36 3.998 5 287 79.72 13.46 The gravity accelerate and material property of components were sited in simulation enveriment. which caused that Crank have inertia. a certain angle of center piston and pendulum bar should be maintained.
References [1] Guo Zhi Ping,Lin Ji Liang :Thermodynamic Analysis of Micro-free Piston Swing Engine and Radiation System Design, Small Internal Combustion Engine and Motorcycle,(2009) [2] Guo Zhi Ping,Sun Shuang: Movement simulation of the novel two-stroke micro free swing piston engine, Journal of Harbin Institute of Technology,(2009) [3] Yang Hui Min,Guo Zhi Ping: The finite element analysis on the center swing based on ANSYS, Machinery Design & Manufacture,(2008) [4] WU Li-xia,GUO Zhi-ping,ZHANG Shi-min: Vibration Analysis of the Micro Free Swing Piston Engine Based on ADAMS/Vibration, NOISE AND VIBRATION CONTROL,(2008) [5] ZHANG Shimin,WANG Jinsong,GUO Zhiping.Novel Micro Free-piston Swing Engine and Its Feasibility Validation[J].Beijing:Tsinghua Science and Technology. (2005) [6] Zhou Long Bao :internal combustion engine, Machinery Industry Press, (1998) [7] Cheng Da Xian: Mechanical Design Manual,Beijing: Chemical Press, (2002)
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