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MATHEMATIC MODELLING AND THE DEEP DRAWING FORCE SIMULATION WITH THE WALL THICKNESS THINNING EXPERIMENT APPLICATION

机译:壁厚变薄实验应用的数学建模与深拉力模拟

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This paper presents the research based on experiment performing of the deep-drawing process with wall-thickness thinning. The corresponding measurement equipment was applied, where with the process analysis and with the applied stochastic modelling method, the physical mathematical model for the deep-drawing force is obtained, in the form: F i =? f ( ψ , s 1 , μ ). The applied modelling and simulation methods in this paper, can also be used for defining the optimal values of bigger number of the technological process parameters of deep drawing, with wall-thickness thinning, by the applied higher order mathematical model. Principally, it would relate to the reduction of the drawing force with the obtained products, according to the demanded quality along with the minimum energy consumption.
机译:本文基于壁厚薄化的深冲过程的实验性能提出了研究。应用相应的测量设备,通过过程分析和所应用的随机建模方法,获得深拉力的物理数学模型,形式为:F i =? f(ψ,s 1,μ)。本文中应用的建模和仿真方法,也可以用于通过应用高阶数学模型来定义较大数量的深拉工艺过程参数的最佳值,并且壁厚变薄。原则上,这将涉及根据所需质量以及最低能耗来降低所获得产品的拉伸力。

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