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The Modal Analysis of Full Mounted Converter Vessel Tilting Mechaism Yingkui Gu a, Xiangxiang Tong b and Xinchong Luoc School of Mechanical and Electronical Engineering, Jiangxi University of Science and Technology, Ganzhou, Jiangxi, 341000,China aguyingkui@163.com, btxx417261303@163.com, cluocong627@163.com Keywords: Converter titling mechanism, Modal analysis, Inherent characteristics, Finite Element Analysis Abstract.
In Workbench, we can define its unit materials, unit type, material elastic models and poisson's ratio, density and divided the grid.
Acknowledgment This research was partially supported by the National Natural Science Foundation of China under the contract number 61164009, the Science and Technology Support Project Plan of Jiangxi Province under the contract number 2010BGB01200 and the Science Foundation of Education Commission of Jiangxi Province under the contract number GJJ11460.
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However, the counter materials sliding against NiCr-Cr3C2 coating exhibits significantly high wear rates due to the high sliding coefficient of friction and hardness of NiCr-Cr3C2 coating, which limits the application on rotation devices and other places.
The mixtures of Ni80Cr20-Cr3C2 (70)(wt.%) with average particle diameter less than 45 μm and 10%WS2 were mixed by using a ball miller and used as the pre-placed material.
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The Material is CrNiMo (AISI4340), the hardness is 323~370HBW, the gravity of the shaft F3=12N, the spline joint is used on one end of the shaft, the radial force F2=14N which is caused by the eccentric mounting of the rotor spindle.
In terms of material mechanics, the sa, sm are given by (9) Where M denotes the maximum bending moment; W denotes the bending section modulus; WT denotes the torsional section modulus.
Acknowledgements This work was financially supported by Sichuan Provincial Key Lab of Process Equipment and Control Engineering (GKYY201105), Education Department of Sichuan Province (13ZA0129) and Science and Technology Bureau of Zigong (2013J19).
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Conductive ceramic materials were obtained by sintering TiO2 ceramics in vacuum [1,2].
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Acknowledgment The initial phase of the research was carried out at School of Chemical and Materials Engineering (SCME) and the final phase research was conducted at Atta Ur Rahman School of Applied Biosciences (ASAB) at National University of Science and Technology (NUST, H-12Campus).
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Because the residual stress of the divested part was released, the residual stress of the surplus materials volume redistributed.
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Nipa sap is a potential raw material for renewable energy feedstock since nipa freely grows on swampy and sea adjacent land and deforestation caused by large clearing forest as in sugarcane and corn is not foreseen.
Material and Methods Raw Material.
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The material of the part is a semi-crystalline PA 66 Technyl A218.
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