本文阐述了高速铣削在模具加工中的应用。
This article describes the application of high-speed milling in die machining.
石墨；高速铣削；粉屑；吹气条件；
高速铣削数控编程技术是一项综合性的技术。
The numerical control programming technique for high speed milling is a kind of comprehensive technique.
实验表明，高速铣削能够获得较好的工件表面质量。
As a result, high speed milling parameter can achieve better workpiece surface quality.
特别适合高速铣削的晶粒度为超细的牌号，特别适合模具制造。
Special ultra fine sub micron grade for high speed milling especially for mould making.
给出一种通过测量加工过程中的噪声来诊断高速铣削时颤振的方法。
A method of detecting chatter in high-speed milling by means of measuring the noise from the cutting process is given.
在高速铣削试验的基础上，研究高速切削时切削速度对切削力的影响。
The influences of cutting speed on milling forces are presented on the basis of the high speed milling experiments.
用计算机辅助工程的方法解决了高速铣削过程中切削力难以确定的问题。
The problem that the cutting force is hard to determine in high-speed milling process is solved by using the computer-aided engineering.
结果表明，基于遗传算法的高速铣削参数优化系统的具有较强的实用性。
The results show that the system of high speed milling parameters optimization based on genetic algorithms is practicability.
根据对试验结果的分析得出高速铣削淬硬钢工件表面粗糙度的变化规律。
The change rule of surface roughness of the milled workpiece is obtained by analyzing the experimental data.
摘要：再生型颤振是制约高速铣削加工效率和零件加工质量的主要因素。
Abstract: Regenerative chatter is a major factor restricting the process efficiency and quality of high speed milling.
因此，刀具磨损的监测对高速铣削加工技术的推广应用有重要的实际意义。
Therefore, the tool wear monitoring had important practical significance for high speed milling machining technology application.
淬硬钢高速铣削加工既可以保证加工表面的质量，又可以获得较高的生产效率。
Not only high speed milling quench steel ensures quality of manufactured surface, but only it can obtain high production efficiency.
针对高速铣削的特点和编程要求，提出了适合高速铣削的粗精加工刀轨优化算法。
Some tool-path optimization algorithms are put forward for High Speed Milling (HSM) aiming at the characters and requests from NC automatic programming of HSM.
通过切削实验，研究了用三齿立铣刀高速铣削ZL101铸铝时切削力的变化规律。
Based on the cutting experiment, the changing rule of the cutting force in the high-speed milling of casting aluminum ZL101 by the end mill with three edges is discussed.
因此，研究钛合金高速铣削表面温度及温度场分布具有重要的实用价值和应用前景。
Therefore research on surface temperature and its field distribution of Ti alloy in the condition of high speed milling is very useful and has a prospect of application.
模具淬硬钢高速铣削加工既可以保证加工表面的质量，又可以获得较高的生产效率。
High speed milling of hardened mould steel can not only ensure the quality of the surface that has been processed, but also achieve a high efficiency of production.
模具淬硬钢高速铣削加工既可以保证加工表面的质量，又可以获得较高的生产效率。
High speed milling of hardened mould steel can not only ensure the quality of the surface that has...
但是，高速铣削刀具磨损快，使用寿命短，如不进行实时监测很容易出现“打刀”现象。
However, HSM tool wear fast and service life is short. "Cutter breakage" phenomenon easily appears if not for real-time monitoring.
通过高速铣削钛合金tc4的切削试验，讨论了切削参数、刀具材料等对刀具磨损的影响。
Based on the experiments of high-speed milling titanium alloy TC4 the effects of cutting parameters, the materials of the milling cutters on cutter we ar are discussed.
介绍了在高速铣削中，刀具及其切削参数的选择方法，并列举了一些不同的加工实例进行说明。
Cutting tools and its cutting parameters determination methods are introduced during high-speed milling, and different manufacture instances are particularized.
结合生产，对s- 136淬硬钢高速铣削工艺的刀具选择、冷却方式、进给路线进行了分析。
Choice of cutting tool, cooling manner and feed path in high speed milling S-136 hardened stainless tool steel were analyzed, based on a S-136 die production.
对硬质合金整体立铣刀高速铣削加工航空铝合金时的刀具磨损形态及其磨损机理进行了观察和分析。
The wear patterns and wear mechanisms of solid cemented carbide are analyzed in high-speed milling of aluminum alloy.
介绍高速铣削技术的工艺特点及其应用，并就高速铣削的粗加工、半精加工和精加工策略进行探讨。
The process characters and applications of high speed milling is Introduced, and the strategy of its application for rough, semi-finish, finish cutting is discussed in this paper.
为降低切削区温度、防止刀具的氧化磨损，提出在低温氮气射流条件下进行钛合金的高速铣削加工。
The use of cryogenic nitrogen gas jet to reduce the temperature of cutting zone and to avoid oxidation wear of tool in high speed milling titanium alloy was presented.
综合应用析因试验设计与拉丁超立方抽样试验设计，对难加工材料马氏体不锈钢进行了高速铣削试验。
Factorials design and Latin hypercube sampling design are applied in the high-speed milling experiments of martensitic stainless steel.
综合应用析因试验设计与拉丁超立方抽样试验设计，对难加工材料马氏体不锈钢进行了高速铣削试验。
Factorials design and Latin hypercube sampling design are applied in the high-speed milling experiments of martensitic stainless steel.
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