切削角

词组短语

cutting angle

与切削角相关的网络例句 [注：此内容来源于网络，仅供参考]

A theoretical model for calculating the cutting angle with different crystal planes, orientations and tool orthogonal rakes are described in this paper. It is built with the ultra-precision cutting model by the principle of the maximum specific energy of shear deformation and the mechanism of change of the shear modulus with...

本文利用剪切变形比能最大及单晶材料不同晶面晶向剪切弹性模量不同的原理，结合超精密切削模型，从理论上计算出不同晶面、不同晶向及不同刀具前角超精密切削条件下的剪切角，得到其在不同切削条件下的变化规律，并由此解释了切削加工中由KDP晶体各向异性所导致的工件表面粗糙度的各向异性。

The measured results show that filing angle and the depth gauge setting have a great influence on cutting performance.

在专用试验台上，对具有不同外形前角v、侧刃切削角δ_1及限料量m的锯链进行锯切试验。

The wood of China fir and Taiwan zelkova were used for cutting test. Cutting conditions of the tool were rake angle 35°, sharpness angle 29° and clearance angle 26°. Five depths of cut were laboratory fraise for metal cutting. The cutting force measurements, based on the cutting surface of the test material, were performed by a quartz piezoelectric three component dynamometer.

采用杉木与台湾榉之气乾材为试验材料，切削试验以高速度钢材质之平刀进行二次元纵切削(90-0)之平削试验，切削条件中刀具斜度角为35°，刀端角为29°，余隙角为26°，切削深度为0.05、0.1、0.2、0.3与0.5 mm，切削速度为1.1cm/s。

At last considering the effect of work piece and cutting speed the new shear angle model of aluminum alloy 7050-T7451 was established and proved to be more suitable for expressing the variety of shear angle in high speed cutting process.

最后，基于快速落刀实验和有限元仿真结果对高速切削剪切角模型的进行修正，综合考虑工件材料和切削速度对剪切角的影响，建立适用于铝合金7050-T7451的高速切削加工的切削方程式。

This paper analyses affecting factor on zero degree clearance angle woodworking saws cutting force decreasing and increasing in same cutting condition.

文章从理论方面分析了在相同的切削条件下影响零锯料角木工锯子的切削力减小或增加的因素及其作用程度，得出了零锯料角木工锯子的切削力小于非零度锯料角木工锯子这一结论。

This paper also makes a experimental study of the regularities of the outstripping machining in aspects of machine tool, cutting tool, cutting conditions and so on, and points out that the outstripping phenomenon occurs on the following conditions: the machine tool with high precision, the PCD cutting tool with small clearance and lay angle, the small installation angle, the small feed rate and the cutting lubricant with good properties, and that the cutting speed and the depth of cut have no effects on the outstripping machining.

本文还从机床、刀具和切削条件等方面对超越性加工的规律进行了实验研究，指出超越性加工现象是在如下条件下产生的：较高精度的机床、后角和刃磨纹理角较小的PCD刀具、较小的安装角和较小的进给量以及冷却润滑性能良好的切削液，而切削速度和切削深度对超越性加工几乎没有影响。

The research on the cutting force change caused by cutting angle diversification of chipper's blade was carried out in this paper.

论文对削片机飞刀切削角对切削力的影响进行了研究。

Along with operations of the turning, sharpping, drilling, milling and grinding, some new methods, technologies and processings such as overlap workpieces, improved cutting tool formes, workpiece charmfer, adjustment of cutting parameters and others to restrain and decrease burrs in size are developed, which have noticeable theoretical significance and wide practical value in the precision cutting, FMS and automatic machining.

结合车削、刨削、钻削、铣削和磨削等加工，开发出了斜置工件法，双主偏角刀具切削法、切削用量选择法、刀具几何参数调整法、工件叠加切削法、工件终端部材料脆化法、工件终端部倒角法、挡板切削法、刀具结构改进法和切削方式选择法等十数种抑制或减小切削毛刺的技术、工艺和方法，在精密加工、柔性制造系统和其它自动化加工中有较大的实际应用价值。

This paper presents the Machining Tool geometry of the former flank, the main flank, flank, the main cutting edge, Under the cutting edge tip cutting plane, the main section, the former Kok, horn, wedge angle edge angle, pointed knife, the blade angle, vice horn, Under the Frontier concept, the concept of cutting consumption, and the general circumstances of their choice method for processing slender shaft. cast iron materials, aluminum, stainless steel, rubber materials, plexiglass material, cloth bakelite materials, high temperature alloys, aluminum-magnesium alloy, hardened steel, the typical trapezoidal thread, the thread Triangle, Speaking at the trapezoidal screw thread pitch of the Tool geometry of the selection methods and cutting the amount of cutting fluids reasonable choice.

本文介绍了在机械加工中车刀几何角度中的前刀面、主后刀面、后刀面、主切削刃、副切削刃刀尖切削平面、主截面、前角、后角、楔角主偏角、刀尖角、刃倾角、副后角、副前角的概念、切削用量的概念、以及一般情况下的它们的选择方法，进行加工细长轴、铸铁材料、铝合金、不锈钢、橡胶材料、有机玻璃材料、夹布胶木材料、高温合金、铝镁合金、淬火钢、典型梯形螺纹、三角螺纹、特在螺距的梯形螺纹等的车刀几何角度的选取方法切削用量及切削液的合理选择。

The torque me asurement experiment in hand tappin g shows that suitable tapping motion w ith high frequency can remarkably re duce tapping torque,and the dominating parameters in hand tapping are cutti ng angle and separating angle,which laid a foundation for the study on vib ration tapping and its popularization and a pplication.

对手动攻丝这种极限振动攻丝过程的扭矩测试结果表明，丝锥对工件的低频、低速往复切削作用也可以使攻丝扭矩显著下降。这表明影响手动攻丝扭矩的主要因素不是振动频率或冲击的大小，而是切削角和分离角的大小，这为进一步究明振动攻丝的机理及促进振动攻丝技术的推广应用奠定了基础。

与切削角相关的网络解释 [注：此内容来源于网络，仅供参考]

angle of declination：偏角

angle of cutting 切削角 | angle of declination 偏角 | angle of deflection 偏转角

bit cutting angle：钻头切削角

bit crown 金刚石取心钻头冠部 | bit cutting angle 钻头切削角 | bit cuttings 钻屑

negative cutting angle：负切削角

negative curvature 负曲率 | negative cutting angle 负切削角 | negative definite matrix 负定矩阵

rake angle：前角

另外,通过加大前角(Rake Angle),降低了切削抗力,扩大了加工范围,即使刀具悬伸量较大,也能稳定地进行切削. 刀身使用特殊钢,并通过对挖槽形状的优化设计,提高了刚性. 根据该公司进行的切削试验,加工S45C模具配件时的寿命约为其他公司产品的2倍.

shear angle：剪切角

來探討如何以不同切削條件下之正交切削實驗所得到的各項切削參數,諸如降伏剪應力(yield shear stress)、斜面上之平均摩擦係數(average friction coefficient on the rake face)及剪切角(shear angle)等項,來建立一個資料庫(database),

machinability：可切削性

卡尺;测径器 calipers | 去角;倒角 chamfer | 可切削性 machinability

Cutting angle：切削角

分离力部受切削角(cutting angle)和切削深度(depth of cut)影响,只受刀具刀刃的锐利度的影响. 反之,变形力受切削角和切削深度的影响,与刀刃的锐利度无关. 刀具切削刃通过后的已加工表面,因为刀具的后刀面对已加工表面的压缩作用.

cutting compound：切削润滑液,切削液

cutting clearance ==> 后角 | cutting compound ==> 切削润滑液,切削液 | cutting condition ==> 切削条件

tool cutting edge plane：切削平面

tool base clearance 基后角 | tool cutting edge plane 切削平面 | tool cutting edge angle 主偏角

tool angle：切削角

工具,刀具 tool | 刀具磨床 tool and cutter grinder | 切削角 tool angle