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高压油缸的应力分析及其优化设计
引用本文:孙厚创,甄志强,赵四海. 高压油缸的应力分析及其优化设计[J]. 锻压装备与制造技术, 2009, 44(3): 48-50
作者姓名:孙厚创  甄志强  赵四海
作者单位:徐州锻压机床集团公司,江苏,徐州,221116;徐州锻压机床集团公司,江苏,徐州,221116;徐州锻压机床集团公司,江苏,徐州,221116
摘    要:采用常规方法和有限元分析,确定油缸上应力梯度的分布情况.对于厚壁液压缸,由于应力梯度的影响,应力由内到外迅速减弱;内层屈服时,外层应力很低,因此,单纯依靠增加壁厚来提高其耐压能力收效甚微.但是如果采用预应力结构进行设计,可以获得较为合理的应力分布,缩小内外层应力差值.为了合理利用材料,使结构紧凑,需从结构上采用优化设计.

关 键 词:机械制造  高压油缸  液压机  优化设计

The Stress Analysis and the Optimum Design for High-pressure Oil Cylinder
SUN Houchuang,ZHEN Zhiqiang,ZHAO Sihai. The Stress Analysis and the Optimum Design for High-pressure Oil Cylinder[J]. China Metalforming Equipment & Manufacturing Technology, 2009, 44(3): 48-50
Authors:SUN Houchuang  ZHEN Zhiqiang  ZHAO Sihai
Affiliation:SUN Houchuang,ZHEN Zhiqiang,ZHAO Sihai (Xuzhou Metal-forming Machine Group Company,Xuzhou 221116,Jiangsu China)
Abstract:By the general method and the finite element analysis,the distributing situation of the stress gradient on the oil cylinder has been gained. For the thick-walled hydraulic cylinder,as infected by the stress gradient,the stress value rapidly reduces from the inside to the outside. When the inside submits,the outside's stress is very low, so its loading capacity is little improved by simply increasing the thickness. But if the pre -stress structure is adopted,the appropriate stress-distribution can be achieve...
Keywords:High-pressure oil cylinder  Hydraulic press  Optimum design  
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