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A Study On Spiral Groove Grinding With Dish Wheel

机译:用菜轮磨削螺旋槽的研究

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As to spiral groove grinding, a formed wheel was needed to be designed and manufactured conventionally based on envelope theory, and then this wheel was used to grind the specified spiral groove. This paper tried to find the other way to manufacture the specified spiral groove with common dish wheels. A generic model for groove grinding is presented in this paper, the groove geometries can be calculated under certain grinding parameters. The relations between the grinding parameter and groove geometries were studied numerically. To manufacture the specified spiral groove with common dish wheels and no special wheel is needed to be designed. This method offers a new way for the spiral groove grinding. This technology also makes the spiral groove virtual machining possible. The technology is also a real DFM (Design For Manufacture), because the design process for spiral groove is the process for selecting manufacture parameters.
机译:至于螺旋槽磨削,必须基于包络理论以常规设计和制造所形成的轮,然后该轮用于研磨指定的螺旋槽。本文试图找到用共用盘轮制造指定的螺旋槽的另一种方式。本文提出了一种用于沟槽研磨的通用模型,可以在某些研磨参数下计算凹槽几何形状。在数值上研究了研磨参数和凹槽几何形状之间的关系。用共用盘轮制造指定的螺旋槽,不需要设计特殊轮子。该方法为螺旋槽研磨提供了一种新的方式。该技术还可以使螺旋槽虚拟加工成为可能。该技术也是真正的DFM(制造设计),因为螺旋槽的设计过程是选择制造参数的过程。

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