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Creation of Calculation 3D Model of Slewing Bearing

机译:轧升轴承计算3D模型的创建

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The article deals with the creation of 3D model of slewing bearing with the support of the 3D modeling software Creo Parametric 3.0 and with support of Apex Grizzly 16, that is especially suited for creation of a high-quality mesh on a variety of 2D or 3D models. The basic task will be, to define specific type of slewing bearing and find out the basic parameters, like ball diameter, diameter of inner and outer race, and pitch diameter of rolling tracks that are necessary for its construction. After we create suitable 3D model of slewing bearing, we need to divide the base model of ball into the several parts that will allow us to create a quality and uniform finite element mesh on the entire volume of the meshed part. After transforming the model into the program Apex Grizzly, we can create basic mesh and find optimal mesh values for each element of divided bearing separately.
机译:本文涉及在3D建模软件Creo参数3.0的支持下建立了旋转回转轴承的3D模型,并支持顶点灰熊16,这尤其适用于在各种2D或3D上创建高质量网格楷模。基本任务将是定义特定类型的回转轴承,并找出基本参数,如球直径,内部和外圈的直径,以及其结构所需的滚动轨道的俯仰直径。在我们创建合适的3D模型的回转轴承之后,我们需要将球的基础模型分成几个部分,使我们能够在啮合的部分的整个体积上创造质量和均匀的有限元啮合。将模型转换为Program Apex Grizzly后,我们可以单独创建基本网格,并为分开的轴承的每个元素找到最佳网格值。

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