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首页> 外文期刊>International Journal of Manufacturing Research >Analysis of the twist of ruled surfaces: application to strip machining
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Analysis of the twist of ruled surfaces: application to strip machining

机译:分流型表面的扭曲分析:剥离加工的应用

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摘要

Flank milling of ruled surfaces is commonly applied to obtain rotating machine parts as defined using ruled surfaces. To this purpose, a wide range of positioning strategies had been studied to reduce interference between the cutting tool and the surface. Indeed, modelled ruled surfaces are non-developable meaning that they cannot be machined without interference. In order to minimise such interference, the positioning strategies studied tend to become increasingly complex, involving software programming using a dedicated language. To simplify matters and apply developed methods using standard software applications, it is proposed here to reduce interference by breaking the machined surface down into a number of sub-surfaces. The aim with this decomposition is to reduce the twist on each portion. A study of the global twist is presented showing nonlinearity with the length of the rule so that cutting methods can be demonstrated.
机译:通常施加缝合表面的侧翼铣削以获得使用统治表面限定的旋转机器部件。 为此目的,研究了广泛的定位策略,以减少切削工具和表面之间的干扰。 实际上,建模的统治表面是不可开发的,意味着它们不能在没有干扰的情况下加工。 为了最大限度地减少这种干扰,所研究的定位策略往往变得越来越复杂,涉及使用专用语言的软件编程。 为了简化事项并使用标准软件应用程序应用开发方法,提出了通过将机加工表面分解为多个子表面来减少干扰。 这种分解的目的是减小每个部分的扭曲。 提出了对全局扭曲的研究,显示了规则长度的非线性,从而可以证明切割方法。

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