The character of the curved surface was analyzed by the way of numerical analysis to find some available information to design of cutting tool.
利用数据拟合的策略对三维曲面的特点进行浅析浅析，找出可用于金属切削工具仿生设计的特点信息。
This feature simplifies design-time implementation of cross-cutting concerns (discussed below), because actual content modification happens in a single place, with the tool taking care of the weaving.
这一特性使得横剖关注(下面将会讨论)的设计时间实现变得简单化，这是因为实际的内容修改在一个单一的地点发生，而工具将负责编排的处理。
Physics of metal-cutting provide the theoretical framework by which we must examine all other elements of cutting tool design.
金属切割的物理学提供了理论框架，我们必须借助于这个框架检查切割刀具设计的其他所有要素。
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