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Study on the strength of composite material for CNC grinder base structure

机译:CNC磨床基础结构复合材料强度研究

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In this study, it is possible to find a suitable composite material for the strength of the composite foundation of CNC grinding machine to replace the use of metal base. To reduce the weight of CNC grinding machine and can increase its seismic capacity. The main points of this study are: 1. Structural stiffness analysis, stress and deformation of the structure caused by the external load distribution of the CNC machine. 2. Vibration frequency analysis, analysis of the natural frequency of grinding machine will be avoided resonance. The study result appears as following, max value of equivalent stress and average amount of displacement in structural rigidity analysis are 0.67(Mpa) and 0.92(μm). And modal analysis compared with the experimental, the average error percentage was less than 10% of parts. The whole structure percentage error does not exceed 3%, shows the results of analysis and practical percussion data conformance with nice, and has its reference value in the structural design phase.
机译:在该研究中,可以找到合适的复合材料,用于CNC研磨机的复合地基的强度,以替代金属碱的使用。减少CNC磨床的重量,可以提高其地震能力。本研究的要点是:1。CNC机器外部负荷分布引起的结构刚度分析,应力和变形。 2.振动频率分析,磨削机的固有频率分析将避免振动。研究结果表现如下,相当应力的最大值和结构刚性分析中的平均位移量为0.67(MPa)和0.92(μm)。与模态分析相比,与实验相比,平均误差百分比小于10 %零件。整个结构百分比误差不超过3 %,显示分析和实际打击乐数据一致性的结果,并在结构设计阶段具有其参考值。

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