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基于参数化CAE流程下提高曲面气浮承载能力方法的研究
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辽宁省自然科学基金资助项目(201202161)


Research of the Process Based on Parametric CAE Methods to Improve Surface Gas Bearing Capacity
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    摘要:

    气浮轴承的流场结构具有极大的长径比,通常与轴承直径之间相差四个数量级以上,气浮轴承的仿真运算变得十分困难。通过对气体轴承传统模型功用利弊的分析,提出了曲面式气浮轴承,并建立了数值仿真模型,用以分析曲面式气浮轴承与跨立式气浮轴承的承载特性。借助FLUENT与DX模块的参数化设计功能,对该类问题的数值模拟精度提出了解决方案。借用以上方法,求得了该尺寸下具有数值稳定性的离散化模型文件,并应用该文件对曲面气浮轴承进行了仿真研究。结果表明:新式网格无关性数值模拟实验有助于提高数值模拟的计算精度,曲面气浮支撑结构比较比跨立式气浮支撑结构具有更紧凑的承载特性。

    Abstract:

    Gas flow field of the bearing usually has a large diameter ratio about four orders of magnitude or above. The simulate operation of gas bearing become very difficult.Through the analysis of traditional model of gas bearing, new type of surface gas bearing was proposed.The numerical simulation model was established and surface type gas bearing with straddletype gas bearing loadbearing characteristics were analyzed. With the help of FLUENT and parametric design function DX module, the numerical simulation precision of this kind of problem solution was put forward. Use above method, numerical stability under the dimensions of discretization model file was obtained. And the simulation research of the surface gas bearing was conducted by using this file. The result shows that the new method of grid independence of numerical simulation is helpful to improve the precision of the numerical simulation, the loadbearing characteristics of surface air support structure is more compact than straddle support structure.

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胡俊宏,张雪刚,迟青卓,朱绍晨.基于参数化CAE流程下提高曲面气浮承载能力方法的研究[J].机床与液压,2017,45(1):56-58.
. Research of the Process Based on Parametric CAE Methods to Improve Surface Gas Bearing Capacity[J]. Machine Tool & Hydraulics,2017,45(1):56-58

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  • 在线发布日期: 2017-02-13
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