切削参数是切削过程优化最重要的控制因素。
Cutting parameters are the most important control factors in cutting process.
介绍了一种加工中心刀具选配及切削参数生成系统。
This paper introduces one machining center tools selecting and cutting parameters generating system.
介绍一一种用于切削参数实时采集的8098单片机系统。
A real time cutting data collecting system with 8098 monolithic processors is presented.
叙述了利用金属切削试验寻求数控机床经济切削参数的研究。
Using metal cutting experiment to find the better economy cutting parameter is recounted.
对机械加工时刀具的选择及切削参数的选择给出了明确方案。
The specific scheme has been given for selecting the cutting tool and parameter.
通过对数据库数据的查询，可为用户提供科学可靠的切削参数。
Inquiring the database, users can get scientific and reliable cutting parameters.
优化切削参数是提高生产率、改进工件质量和降低成本的重要手段。
The optimization of cutting parameters is an important means in raising productivity, improving the quality and decreasing the cost.
本文对高速镗新工艺的试验装置、刀具及切削参数进行了试验研究。
In this paper, the testing device of high speed boring technique, cutting tools and cutting parameters were tested and studied.
金属切削过程中，不同的切削参数对零件的加工精度影响是不同的。
Different cutting parameters may have different influences on machining accuracy in metal cutting process.
CAM模块完成加工路线的规划、刀夹具的选择、切削参数的确定。
CAM creates tool - path. chooses tools and fixtures, determines process parameter.
本文还研究了一些切削参数对切屑卷曲影响规律及切屑卷曲过程的机理。
The influences of some cutting parameters on chip curvature and mechanism of chip-curling are also studied.
根据零件受力性质的不同，通过优化切削参数达到了控制零件变形的目的。
It is pointed out that this deformation can be controlled through optimizing the cutting parameters according to load bearing situation of the part.
讨论了其在加工中所涉及的主要加工工艺，包括刀具、切削参数的优化选择。
Discuss the processing involved in the main processing technology, including the optimization of the cutting tools and the cutting parameters.
主要关键技术包括参数化特征建模、数控加工切削参数优化、刀具轨迹规划等。
Adopting the main key technologies including feature-based modeling, optimization of cutting parameter, layout of the cutters tracks etc.
通过考虑机床和工件的实际约束，建立了以最大生产率为目标的切削参数数学模型。
By considering the actual constraints of machining tool and workpiece, the mathematic model of cutting parameters for the greatest productivity is established.
提出了力学模型的应用范围，为实际切削加工中切削参数的优化选取提供了理论依据。
Put forward the application of mechanics models, all these work lays the foundation for the selection of cutting parameters in milling process.
通过对钻头进行修磨，选择适当的切削参数，可以提高钻头的耐用度和工件的表面质量。
By means of drill grinding and selection of suitable cutting parameters, the serviceability of drill and surface quality of workpiece are improved.
研究了风栅铝片三轴铣削加工中装夹方法、刀具选择、走刀规划以及切削参数确定方法；
The clamping means, cutter selection, tool path planning and cutting parameters determination using three-axis machine for aluminum windshield pieces were studied.
最后，本文针对微槽切削加工过程，分析了切削参数和刀具磨损对工件毛刺形成的影响。
Finally, the influence of cutting parameters and tool wear on burr formation are studied through the experiment of machining micro-flute.
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.
基于分形理论研究了玻璃切削时不同切削参数对切削力及其分形维数以及表面粗糙度的影响。
The influences of cutting parameters on cutting force and its fractal dimension, surface roughness on the fractal Theory during glass cutting is presented.
在本试验参数范围内选取切削参数时，切削速度、进给量取中值有利，切削深度取小值有利。
At the range of the testing parameters it is of advantage to select middle value of feedrate and cutting speed, and smaller value of cutting depth.
得出了切削厚度与刀具前角这两个切削参数对切削质量影响的规律，得出二者关系的数学模型。
The influencing orderliness of the cutting depth and the rake Angle of the tool on cutting qualities are found and the mathematical models are built.
通过分析振动切削的机理，提出选择深孔超声振动切削参数的方法，并通过实验数据加以验证。
Through analyzing the principle of vibratory cutting, the methods of choosing parameters for ultrasonic drilling of deep holes are presented and proved by experimental method.
采用连续改变激光切削参数的方法，研究了切割条件对切口形状和尺寸的影响及切口控制方法。
An experimental study is presented to investigate the effects of cutting conditions on kerf geometry with variable process parameters.
该系统通用性强、使用灵活，具有良好的开放性，可大大提高刀具选择及确定切削参数的效率。
The system has the advantage of good generality, flexible application and fine opening. By using it, the efficiency of selecting tools and cutting parameters can be greatly improved.
为了使金属切削加工中，切削参数能实现实时优化保证产品质量和设备效率，提出采用基因算法。
In metal cutting process, the optimization of cutting parameters is the key factor to improve the quality of products and raise the efficiency of equipment.
切削参数的选择主要依赖于操作人员的素质和经验，往往由操作者凭经验给出，带有一定的盲目性。
The choice of the cutting parameter relies on the character and experience of the operator, usually from the experience that operator gives out, which has certain blindness.
切削参数的选择主要依赖于操作人员的素质和经验，往往由操作者凭经验给出，带有一定的盲目性。
The choice of the cutting parameter relies on the character and experience of the operator, usually from the experience that operator gives out, which has certain blindness.
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