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。
The theoretical calculation and prediction of cutting forces is important in metal cutting research and cutting tool design fields.
切削力的理论计算及其准确预报是金属切削领域和刀具设计的重要课题之一。
Abstract: : TBM(Tunnel Boring Machine) Cutting Tools Configuration is one of the most important factor during TBM cutting tool design.
摘罗要：盾构机刀具配置是盾构机刀具设计中是非常重要的内容。
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。
Successful design of tools for the material removal processes requires, above all, a complete understanding of cutting tool function and geometry.
为材料的去除工艺而成功设计的刀具，首先需求的是对工具功能和形状的彻底了解。
Using VC as a design platform, a real-time detecting and compensation system for tool wear based the analyzing and disposing for signals of cutting force is introduced.
介绍了以VC为平台设计开发的一套基于切削力信号分析与处理的刀具磨损实时监测和补偿系统。
An example of gear cutting machine tool improvement design was also given to explain the process of evaluation in details.
以某大型内齿轮铣齿机的床身改进设计为例，对方案的评价及优选过程进行了详细的说明。
Design steps and main points of metal cutting machine tool are introduced and elaborates the importance of machine tool base design.
介绍了金属切削机床基础设计的步骤和要点，并阐述了基础设计的重要性。
Argument the drying cutting mainly difficulty, the design specification to dry cutting machine tool, and the back method of machine tool realizes drying cutting.
着重讨论了实现干切削的主要难点、干切削技术对机床的设计要求，以及机床实现干切削的辅助方法。
The CADM automatic programming system of wire Cutting machine tool is described . Its Characteristics and design principle are given.
介绍了CADM线切割机自动编程系统的构成、特点、设计原理。
Based on the technological requirements of the condemning line and limiting slot of railway wheels, the special cutting tools are designed, and two kinds of tool design schemes are compared.
根据车轮报废线、止口的工艺要求，设计了专用加工刀具，并对不同刀具设计方案进行了比较。
This paper introduces the green character of green cutting tool and the system of life cycle design, and is reachearched the design analysis of green cutting tool in this paper.
本文介绍了绿色刀具的绿色特性和生命周期设计体系，并研讨了绿色刀具的设计分析。
A design of training experiment device of CNC machine tool for flame cutting is discussed.
设计了一台大中型数控切割加工机床实验示教装置。
The design content involves the mechanical manufacturing process and machine tool fixture design, metal cutting machine tools, tolerance and measurement and other aspects of knowledge.
本次设计内容涉及了机械制造工艺及机床夹具设计、金属切削机床、公差配合与测量等多方面的知识。
So the paper not only seems useful to deep-sea cobalt crust mining, but also offers a new design method and powerful tool for traditional spiral drum cutting head's parameters designing.
因此，本论文不仅对开发大洋钴结壳等矿产资源具有十分重要的意义，同时它也为传统的螺旋滚筒式采矿头参数设计提供了一种新的设计方法和有力的手段。
Also the calculation of power consumption, cutting force, machine tools, cutting tools, fixture design and tool optimization of geometrical parameters, cutting force has a very important significance.
切削力又对计算功率消耗，机床、刀具、夹具的设计，对优化刀具几何参数等，都有非常重要的意义。
This paper proposes that the total rigidity of a machine tool can be calculated in terms of the typical cutting condition at the beginning of design for the CNC lathe.
提出可根据数控车床设计时选用的典型切削条件来计算机床总刚度。
It is complex in the design of gear cutting tool such as honer.
作为齿轮刀具的珩齿刀设计复杂。
The design of manipulator for FMS cutting tool exchanging system has been involved in this paper.
从作者了解和参与设计的几个FMS刀具交换系统谈换刀机械手的设计。
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。
By the improvement of drilling and cutting properties on paper materials and the improvement of drilling and cutting tools, a tool design and its technique has been wocked out to meet the requirement.
最终基本达到了设计要求，填补了市场纸质材料深孔钻削加工的空白。
Design purpose and principle of the lathe of supporting roller are mainly introduced in the paper. The cutting tool construction, installing method and power resource are also described.
主要介绍托辊加工机床设计目的及设计原理，陈述了刀具的结构与装夹方式、动力来源。
It is mainly made of Technology of Mechanical Manufacturing, Metal Cutting Machine Tool, Design of Mechanical Clamps, and Principles of Metal Cutting & Cutters.
主要由机械制造工艺学、金属切削机床、机床夹具设计和金属切削原理及刀具等课程组合而成。
It is mainly made of Technology of Mechanical Manufacturing, Metal Cutting Machine Tool, Design of Mechanical Clamps, and Principles of Metal Cutting & Cutters.
主要由机械制造工艺学、金属切削机床、机床夹具设计和金属切削原理及刀具等课程组合而成。
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