在组合机床设计中，切削用量选择和主轴参数计算是一项非常重要的工作。
In the designing of Modular Machine Tool, choosing cutting conditions and calculating spindle parameters are very important tasks.
如果刀具参数选取得当，能在常规切削用量下获得在玻璃的塑性域内形成的、无微裂纹的加工表面。
Crack-free surface that is formed in ductile regime of glass can be obtained under conventional cutting conditions if the tool parameters are chosen properly.
介绍四齿外排屑套料装置的工作原理、结构及切削用量主要参数的确定。
This paper introduces the operation principle, structure of four-tooth outside chip discharge set of material device and main parameter determination of cutting amount.
本文还深入讨论了刀具材料、特定的切削用量优化指标以及刀具几何参数确定等实际技术问题。
Some practical problems of this technology, such as tool material selection, special optimization index of cutting parameters and tool geometry determination, are discussed as well.
合理地选择PCBN刀具的几何参数和切削用量，以提高加工质量。
Rationally choose geometry parameter and cutting data of PCBN tool, in order to raise processed quality.
研究工作对该材料加工过程中的切削用量、冷却液和刀具几何参数等的选择具有指导和参考意义。
The research is useful in selecting the tool geometry, coolant and cutting parameters in machining this kind of superalloy.
本文通过对数铣加工中的刀具切削参数的一般性研究，建立了一些相关的数据库，在此就如何确定数控铣加工中的刀具切削用量进行针对性的说明和总结。
By the general research of cutting tool parameter in the CNC milling, this text establishes some related database and explains how to certain the cutting tool parameter in the CNC milling.
借助于人机对话方式，可以完成确定加工顺序、工序和工步，选择机床、刀具和切削用量，计算切削参数和加工时间等工作。
By means of interactive Planning, the system may determine the operation sequence, select machine tools and cutters employed, as well as the cutting parameters and cutting time and the like.
主要关键技术包括参数化特征建模、数控加工切削用量优化、刀具轨迹规划等。
Adopting the main key technologies including feature-based modeling, optimization of cutting parameters, layout of the cutters tracks etc.
研究证明，楔型刀锯进行木质材料无屑切削时，其切削力受木材的树种、切削方向、锯片尺寸、角度参数及切削用量的影响较大。
The result mean: the cutting force affected more by species, cutting direction, the size of saw blade, Angle parameter and the depth of cutting when making no dust cutting experiment by wedge saw.
切削用量优化是自动化工艺设计的一项重要工作。文中运用工艺优化设计的原理，借助于参数优化的方法，实现了切削用量的优化。
Optimization of cutting capacity is an important task in automatic technique design. Cutting capacity is realized to optimize with principle of technique design by means of parameters optimization.
该系统由原始参数、切削用量输入模块、动力参数计算模块、设计结果输出模块等几个主要模块组成。
The system consists of initial parameter and cutting depth input, cutting force and cutting power calculation, design result output.
理论和试验研究表明，切削用量参数和刀具几何参数的精确匹配是翅片成形的关键。
Theoretical analysis and experimental results show that accurate matching cutting parameters and cutting-press tool angles are key facts in machining fin.
着重说明了车削淬火钢件时，如何通过合理地选用刀具材料、刀具几何参数及切削用量达到理想的切削效果，并提出车削淬火钢件时应注意的若干问题。
The author gave us the reasonable selection of tool materials, tool parameters and cutting parameters during turning of hardened steel in order to get the ideal cutting result.
本文通过实验，研究了切削用量及刀具几何参数等因素对硬岩切削力的影响规律；
On the bas of the rock cutting experiment, characteristics in the effect of the factors like the cutting data and tool geometries and etc on the hard rock cutting forces are studied.
论述了加工方法和工装，确定了切削用量和刀具几何参数，并进行了误差分析。
The technology processing and fixture are discussed. The geometrical parameters of the cutting tool and cutting parameters are selected. The processing error is expounded.
论述了加工方法和工装，确定了切削用量和刀具几何参数，并进行了误差分析。
The technology processing and fixture are discussed. The geometrical parameters of the cutting tool and cutting parameters are selected. The processing error is expounded.
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