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Design and Analysis for the Lift Oil Cylinder Support of Float Support Structure Based on One-Dimensional Emulation and Explicit Dynamics

机译:基于一维仿真和显式动态的浮动载体结构提升油缸支架的设计与分析

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According to design ideas of the frame of the 170 tons dump truck, and allaying effects on the frame carling from the lift oil cylinder support (LOCS), the lift oil cylinder support of float support structure (LOCSFSS) is designed by optimization technology. Then, hydraulic pressure lifting system is emulated by one-dimensional emulation, and the load curve is gotten during lifting. Based on the load curve, LOCSFSS and the frame carling are all analyzed by explicit dynamics. Afterward, contrasts and analysis are done among float support structure and the other two traditional structures of jointing on bottom steel board structure (JBSBS) and carling structure (CS). Results of that indicate LOCSFSS is obviously better than the other two structures.
机译:根据170吨转储卡车框架的设计思路,以及从升降机油缸支撑(LOC)的框架上的框架夹心作用,通过优化技术设计了浮动支撑结构(LOCSFS)的提升油缸支撑。然后,通过一维仿真仿真液压提升系统,并且在提升期间得到负载曲线。基于负载曲线,LOCSFS和帧拼接全部通过显式动态分析。之后,对比度和分析是在浮子支撑结构和底部钢板结构(JBSB)和裂缝结构(CS)上的其他两个传统结构之间进行的。结果表明Locsfss显着优于其他两个结构。

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