钛管无模拉伸数学模型研究

Mathematical Model of Dieless Drawing for Titanium Pipe

摘要:

介绍了一种新型无模拉伸加工钛管的成形方法及生产工艺。通过对钛管无模拉伸变形机制的研究，分析了冷热源运动速度、拉伸速度的变化规律，利用微积分原理和钛管变形时的几何规律，以及速度、位移、时间三者间的函数关系，建立了无模拉伸钛管的数学模型，并在无模拉伸机上进行了实验研究；实验证明，该模型结构简单、精确可靠，具有实用价值。

关键词:数学模型 无模拉伸 钛管

Abstract:

A sort of new-style dieless drawing process titanium pipe shaped and the method of manufacture technology were introduced. The law of drawing speed was analyzed according to the deformation mechanism of titanium pipe dieless drawing. The mathematical model ofdieless drawing for titanium pipe has been set up, using calculus theory and titanium pipe geometry figure during dieless drawing and so on. It has been proved to true that the mathematical model is very simple, accurate, reliable, and practical through of experiment.

Key words:mathematical model; dieless drawing; titanium pipe