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Online since: July 2012
Authors: Ying Zi He, Xiao Wang, Xue Hong Zhang
Yang xinhe, Wang lili etc.[12]also on the nature of the TB extracted from Pu-erh tea made explaration, come to the results that TB classification of substances in the chemical composition of differences at the molecular level structure and intermolecular interactions, the similarity is the size of polysaccharides, proteins and polyphenols other than the material more relevant.
Vol. 17 (2011), p. 4 [7] Tian Xu, The Sichuan side tea TB to optimize the extraction and lipid-lowering activity.
[12] Xinhe Yang, Lili Wang, Jianan Huang, et al.
Vol. 17 (2011), p. 4 [7] Tian Xu, The Sichuan side tea TB to optimize the extraction and lipid-lowering activity.
[12] Xinhe Yang, Lili Wang, Jianan Huang, et al.
Online since: August 2013
Authors: Wei Yun Zhang, Xiao Meng, Xian Bing Wu
References
[1] Cheng Jianguo, Yang Xiaoliu and Wei Chuanjiang: Theory of Water Safety.
[3] Tian Xiaoqiang, Miao Bo: Importance of Water Conservancy in the Construction of New Socialist Countryside.
[6] Mu Juyan, Yang Fengdong: The Problems and Countermeasures of Rural Drinking Water Safety in Hebei Province.
[3] Tian Xiaoqiang, Miao Bo: Importance of Water Conservancy in the Construction of New Socialist Countryside.
[6] Mu Juyan, Yang Fengdong: The Problems and Countermeasures of Rural Drinking Water Safety in Hebei Province.
Online since: September 2014
Authors: Jia Liang Guan, Lei Zhu, Ling Chen
In 2009,Dongsheng Tian, ping Zou, etc. firstly use PRO/E software for solid modeling of parallel machine tool, and then seamlessly into ANSYS software, finally analyze the two parallel machine tool model in finite element to get the whole stiffness of machine tool.
In 2007,Chunxia Zhu, etc. using the finite element analysis software ANSYS, analyze the machine main frame static stiffness and static stiffness of machine tool simulation for 3-TPT parallel machine tool under different loading conditions ,and point out the weak links of machine tool stiffness and the influence of the parallel mechanism to machine tool machine;Chunhui Yang, Pingan Liu, etc. use the ANSYS software to the overall elastic planar parallel robot joints in finite element analysis, and get finite element kinematic model.In 2006, zhi-fu,Wuyi Chen,etc.combine analytic method and finite element method, using the finite element software to simulate the nonlinear contact deformation inside the ball joint, dealing with the hinge stiffness analysis, by using finite element software to verify the reliability of the method;Jingshu Hu,etc.using ANSYS software for the main structure form of three kinds of parallel machine tool has carried on the static stiffness of the finite element analysis
stress and the maximal displacement of moving platform; liang jun,tie Fu,etc.adopting the matrix method and finite element analysis method to build BKX-I machine tool modeling, obtained BKX-I stiffness distribution in the working space of parallel machine tool; Yu-wen Li and ping Zhang, etc analyze 6 UPS parallel finite element of static stiffness of machine tool equality basing on ANSYS software,and analyze the dynamic performance of the parallel machine tool.Yonggeng Wei,zhixing Wang ,etc.base on ANSYS software for several different forms of a single branch structures and machine overall static stiffness finite element analysis, to provide support for the further improvement of the structural design of the parallel machine.In 2003, Liju Xu, Shouwen Fan,etc.using finite element method (FEM) to carry out on the new type parallel machine tool stiffness analysis and elastic dynamic analysis, to study the parameters of the main feed mechanism stiffness and the influence of natural frequency; Yang
In 2007,Chunxia Zhu, etc. using the finite element analysis software ANSYS, analyze the machine main frame static stiffness and static stiffness of machine tool simulation for 3-TPT parallel machine tool under different loading conditions ,and point out the weak links of machine tool stiffness and the influence of the parallel mechanism to machine tool machine;Chunhui Yang, Pingan Liu, etc. use the ANSYS software to the overall elastic planar parallel robot joints in finite element analysis, and get finite element kinematic model.In 2006, zhi-fu,Wuyi Chen,etc.combine analytic method and finite element method, using the finite element software to simulate the nonlinear contact deformation inside the ball joint, dealing with the hinge stiffness analysis, by using finite element software to verify the reliability of the method;Jingshu Hu,etc.using ANSYS software for the main structure form of three kinds of parallel machine tool has carried on the static stiffness of the finite element analysis
stress and the maximal displacement of moving platform; liang jun,tie Fu,etc.adopting the matrix method and finite element analysis method to build BKX-I machine tool modeling, obtained BKX-I stiffness distribution in the working space of parallel machine tool; Yu-wen Li and ping Zhang, etc analyze 6 UPS parallel finite element of static stiffness of machine tool equality basing on ANSYS software,and analyze the dynamic performance of the parallel machine tool.Yonggeng Wei,zhixing Wang ,etc.base on ANSYS software for several different forms of a single branch structures and machine overall static stiffness finite element analysis, to provide support for the further improvement of the structural design of the parallel machine.In 2003, Liju Xu, Shouwen Fan,etc.using finite element method (FEM) to carry out on the new type parallel machine tool stiffness analysis and elastic dynamic analysis, to study the parameters of the main feed mechanism stiffness and the influence of natural frequency; Yang