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首页> 外文期刊>Journal of teoretical and applied mechanics >MODELING OF A BINGHAM MODEL OF A MAGNETORHEOLOGICAL DAMPER CONSIDERING STOCHASTIC UNCERTAINTIES IN THEIR GEOMETRIC VARIABLES
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MODELING OF A BINGHAM MODEL OF A MAGNETORHEOLOGICAL DAMPER CONSIDERING STOCHASTIC UNCERTAINTIES IN THEIR GEOMETRIC VARIABLES

机译：考虑其几何变量随机不确定性的磁流变阻尼器宾干模型的建模

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摘要

Stochastic uncertainty theory is used to develop a new Bingham model of magnetorheological dampers superior to the existing model. Some input variables are defined as stochastic variables by the stochastic factor method, and the stochastic Bingham model is developed by the algebraic synthesis method. Curves of the damping force obtained by the stochastic Bingham model and the Bingham model in the literature are compared with experimental results, revealing that the curves obtained by the stochastic Bingham model are much closer to the experimental curves. Therefore, we confirm that the stochastic Bingham model is superior to the model from the literature.
机译：随机不确定性理论用于开发出于现有模型的新兵鹰模型的磁流变阻尼器模型。一些输入变量被随机因子方法定义为随机变量，随机宾厄姆模型由代数合成方法开发。通过随机宾厄姆模型获得的阻尼力和文献中的宾厄姆模型的曲线与实验结果进行了比较，揭示了随机宾厄姆模型获得的曲线更接近实验曲线。因此，我们确认随机宾厄姆模型优于文献的模型。

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