利用第三强度理论，推导出分离机转鼓壁厚计算公式，并根据黄河水的特性计算出转鼓壁厚。
Based on the nature of Yellow River, the data of the drum thickness were figured out by this formula.
本文采用弹塑性有限元法和解析法，对分离机转鼓的主要零件进行了超速自增强的变形分析。
The deformation analysis of the main parts of the disc-separator bowl is performed for the overspeeding process using elastoplasticity FEM and analytical method.
针对一种多鼓离心分离机的设计，介绍了其工作原理。
This study aimed at the design of a multi-drum centrifugal machine and introduced its operational mechanism.
转鼓是碟式分离机的关键部件之一，其结构强度是用户十分关心的问题。
The drum is one of the key components of the disc separators, and its structural strength is getting much attention from consumers.
该结构的推进器，增强了气体对液体的鼓泡作用，提高了塔设备的分离效果。
The thruster with the structure reinforces the bubbling function of air on the liquid and improves the separation effect of tower equipment.
本文借助于ANSYS大型商用软件对碟式分离机的转鼓零件进行了二维和三维有限元应力分析。
The paper uses the ANSYS Software to analyze the 2-D stress and 3-D stress of the Disc Separator's drum.
该转鼓由于特殊的内分离构造，使得皮块在转鼓中旋转的效果与常规转鼓中完全不同。
With the special inner structure, this drum makes different effection on the leather than the normal drum during it process.
该转鼓由于特殊的内分离构造，使得皮块在转鼓中旋转的效果与常规转鼓中完全不同。
With the special inner structure, this drum makes different effection on the leather than the normal drum during it process.
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