tool angle

英 [tuːl ˈæŋɡl] 美 [tuːl ˈæŋɡl]

网络  齿尖角; 刀具角度; 刀尖角; 刃口角

机械



双语例句

  1. The tool point angle ( TPA) is formed by the two lips and is chosen based on the properties of the material to be cut.
    两条钻唇形成钻顶角,并根据被钻削材料的性能来选取其大小。
  2. After changing the tool rest angle, fasten screws.
    搬动刀架角度后,必须紧固好螺丝。
  3. A new approach to 3D direction well track design& the constant tool surface angle method
    三维定向井轨道设计新方法&恒装置角法
  4. Application of Optimized Method in Selection of Cutting-tool Angle
    优选法在选择刀具角度中的运用
  5. Discussion on Calculation of Tool Face Angle in Gyrocompass Measuring Angle
    陀螺罗盘定向测量中工具面角计算方法探讨
  6. The effects of cutting parameters, the tool rake angle, cutting thickness and speed, for bamboo on cutting forces are studied on this paper.
    研究了竹材切削不同刀具前角、切削量与切削速度对切削力的影响。
  7. The influence of cutting process parameters on the depth of distorted layer of crystal lattice is analysed by experiment. The cutting velocity ( V), cutting tool rake angle(γ). relief angle(α) and cutting frequency are considered key factors.
    通过实验分析切削工艺参数对工件加工表面晶格歪扭深度的影响表明,切削速度V、刀具前角γ、刀具后角α以及切削次数是影响工件加工表面晶格歪扭层深度的主要因素。
  8. The calculation formula of the accurate tool face angle is presented. The formula was also simplified, and the error analysis of the simplified formula was carried out. The analysis result shows that the error is allowable.
    给出了计算工具面角的准确公式,还对该公式做了进一步简化,并对简化公式进行了误差分析。
  9. The paper also discusses the effects of the cutting speed, feed and tool rake angle on the process of chip deformation in turning titanium alloys.
    此外,本文还就切削速度、进给量和刀具前角对钛合金车削过程中变形的影响,作了实验分析。
  10. It is found in the experiment that tool rake angle is the most remarkable factor influencing on the chip deformation and cutting force during cutting pure iron.
    试验发现,刀具前角是影响纯铁切屑变形和切削力的主要因素,且影响非常显著。
  11. Development of new-type tool face angle sensor
    一种新型工具面角传感器的研制
  12. Effect of tool tilt angle on formation and mechanical property of FSW
    搅拌头倾角对FSW成形和接头力学性能的影响
  13. Tool Angle Change During Machining with Swing Tool Carrier
    摆动式刀架加工过程中刀具角度的变化
  14. Based on the former researches, the elastic-plastic finite element model using a general-purpose finite element computer code is developed in this paper to investigate the effect of the tool rake angle on the chip and the machined workpiece during the orthogonal cutting process.
    论文为了研究刀具不同的切削角度对工件切削加工过程的影响,分别对不同切削角度的有限元模型进行了计算分析。
  15. From tool rational angle discussion lithograph manufacture technology and intermediary material characteristic;
    从工具理性的角度探讨石版画的制作技术和媒材特性;
  16. A cutting speed model and a tool working angle model were used to analyze the effects of cutting speed and working angle variations on machining quality and tool lifetime during noncircular turning.
    为了分析非圆车削过程中切削速度和刀具工作角度变化对工件加工质量和刀具使用寿命的影响,建立了非圆车削切削速度和刀具工作角度的数学模型。
  17. Research: The Analysis Frame of Public Science Technology Policy Based On the Policy Tool Angle of View Chapter 7 constructs a model of sustainable development in which model the technology diffusion affe
    基于政策工具视角的公共科技政策分析框架研究第八章是在第七章的宏观经济模型基础上提出应用性的政策分析框架,指出在外部性的作用下,我们需要进行技术激励
  18. The distribution of chip thickness along the cutting edge is modeled as a function of tool inclination angle, nose radius, depth of cut and feed rate.
    沿切削刃切屑厚度的分布,被作为刀具刃倾角、刀尖圆弧半径、切削深度和进给量的函数被建模。
  19. Analyzing the elements relations among tangential force Fx, normal force Fy and cutting thickness, cutting tool angle, cutter meterial and cutting tool wear etc.
    分析切向力Fx和法向力Fy与切削厚度、刀具角度、刀具材料及刀具磨损等因素之间的关系。
  20. The research result in the paper shows that accurate tool face angle can still be obtained under this circumstance.
    研究表明,即使在这种情况下,完全可以求得准确的工具面角;
  21. The effect of tool rake angle on the geometric shapes of the chip, cutting force and cutting temperature is investigated.
    分析了刀具前角对切屑几何形状、切削力和切削温度的影响。
  22. Wear in major flank of drill bits was measured and observed with SEM to research types and processes of tool wear, and to analyze influences of tool material, tool angle and cooling ( condition) on tool wear.
    通过主后刀面的磨损测试和电镜观察,考察ZrO2/CePO4钻削中的刀具磨损形态、过程以及刀具材料、刀具角度、冷却条件对刀具磨损的影响。
  23. Continuous inclinometer is one of the tri-freedom device, which is used on continuous measurement of well parameters including rake angle, azimuth angle and tool angle.
    连续测斜仪是一种三自由度定位装置,主要用于井身参数连续测量。
  24. The results show that the effects on surface roughness are feed speed, depth of cutting, tool rake angle and parts hardness in turn.
    结果表明:工件进给速度对表面粗糙度的影响最大,切削深度和刀具前角次之,工件硬度影响最小。
  25. Every cutter contact point on the initial tool path has the minimum tool attitude angle rate changes, which can ensure the generated tool path is smooth.
    初始轨迹上的每一个刀具切触点都是使刀具姿态角变化率最小的点,可以保证得到的初始刀具轨迹是最光滑的。
  26. The FE model was firstly verified by the comparison of cutting force with the test data. Then the effects of cutting thickness and tool rake angle on serrated chip morphology were analyzed.
    首先通过切削力的比较验证了所建模型的可靠性,然后计算分析了切削厚度和刀具前角对锯齿状切屑形态的影响。
  27. Based on the cutting theory, the range of tool angle can be selected by finite element simulation.
    在切削理论的基础上,对不同角度参数的刀具进行有限元仿真,确定合适的刀具角度范围。
  28. The value of tool wear in ultrasonic vibration cutting of different work-piece has been tested and compared with the experimental results in conventional cutting; Also the influence of tool rake angle and tool nose radius on machined surface roughness in ultrasonic vibration cutting has been researched.
    实测了超声波振动切削不同工件材料时的刀具磨损值,并与普通切削试验结果进行了对比;同时研究了超声振动切削时刀具前角和刀尖圆弧半径对切削表面粗糙度的影响。
  29. The traditional method of processing is difficult to control the temperature, humidity, and the tool angle of the geometry. However, molecular dynamics can be effectively control some of the factors which affects the machining accuracy, thereby obtaining the ideal machining surface quality.
    还有传统的加工方法很难控制温度、湿度和刀具的几何角度等因素,而分子动力学可以有效地控制一些影响加工精度的因素,从而得到理想的加工表面质量。
  30. The main function of the inclinometer is to measure the angle of inclination 、 azimuth and tool face angle.
    随钻测斜仪的主要作用是完成井斜角、方位角、工具面角等参数的测量。