螺旋面

luó xuán miàn
  • helicoid;helicoidal;helical surface;helical convolute
螺旋面螺旋面
螺旋面[luó xuán miàn]
  1. 螺旋面及其CAD

    SURFACE MELTING Helicoid and CAD

  2. 通过UG软件的参数化建模技术在搅拌机拌筒叶片设计中的应用,探讨复杂零件产品参数化三维建模的设计方法,解决搅拌机拌筒叶片空间螺旋面质量控制等关键性技术问题。

    Through the application of parameter modeling technology on the blade of mixer , probe the parameter 3D modeling design method of complicated products , solve the key technological problems such as space helicoid quality control of blades .

  3. 基于Solidedge的螺旋面零件三维造型

    D modeling of helical surfaced parts based on Solid Edge

  4. 加工螺旋面用盘形刀具安装参数CAD

    CAD of installation parameter of disc forming cutter for helicoidal surfaces

  5. 基于MATLAB的阿基米德螺旋面法线和切平面的求解研究

    Study of Solving Normal Line and Tangent Plane of Archimedes Helicoid Based on MATLAB

  6. 基于AUTOCADVBA的螺旋面零件参数化造型技术

    The Technology of Sculpting a Part with Helix Property by Parameter Based on AutoCAD VBA

  7. AutoCAD扩充绘制变螺距螺旋面展开图命令

    Command of the Development of the Variable Pitch Helical Blade for AutoCAD by Using Secondary Expansion of AutoCAD

  8. 基于螺旋面反射镜延迟线的实时显示THz-TDS系统

    Real-time THz-TDS System Based on Helicoid Reflective Mirror Optical Delay Line

  9. 三维Minkowski空间中的螺旋面是一条平面曲线经由螺旋运动所生成的曲面。

    A helicoidal surface in Minkowski 3-space is defined as the orbit of a plane curve under a screw motion .

  10. 基于这种思想,本文讨论了三维Minkowski空间中的两类曲面,即螺旋面和伪全脐曲面。

    According to this idea we study two types of surfaces , i.e. , helicoidal surfaces and pseudo-umbilical surfaces , in Minkowski 3-space .

  11. 对旋转螺旋面及压气机转子叶片上的三维旋转湍流边界层进行了计算。计算结果与实验和C-S模型计算结果比较表明,该模型对近壁参数的预测能力有所改善。

    Calculations are done with this model on a rotational helical blade and a compressor rotor blade , the results art : comparied with experiments and the computation results with C-S model , showing that the present model can improve the prediction capability of near wall parameters in certain extent .

  12. 本文根据空间啮合理论求出了EQ140转向机变距蜗杆螺旋面方程式、蜗杆各传动特性参数以及蜗杆轴截形表达式,并在计算机上计算了它们的数值。

    Based on the 3D surface engagement theory , a general equation for the surface of a worm with unequal pitch in the JEQ 140 steering mechanism is derived . All the characteristic parameters and the profiles of the worm are calculated on a computer .

  13. 用影象法测量螺旋面牙形时测量结果的双值性

    Double-value of Measurement Results in Admeasuring Helicoid Profile by Silhouette Method

  14. 变螺距螺旋面钻尖的数学模型及其刃磨干涉

    Mathematical Model for Variable Pitch Spiral Drill Point and Grinding Interference

  15. 渐开螺旋面麻花钻后角的分析计算

    Analytical Calculations of Backing-off Angle of Involute Spiral Surface Twist Drill

  16. 楔横轧成形螺旋面表达方式的研究

    The research of expressible way of helix in cross wedge rolling

  17. 直纹螺旋面短程线的计算机绘制

    On the Computer Drawing of Shortest Geodesics on Straight grained Helical Surfaces

  18. 螺旋面钻尖刃磨的新方法

    A New Method of Grinding the Spiral Surface Drill Point

  19. 直线在螺旋面上的投影及其应用

    Projection of Straight Line on the Helicoid and Its Use

  20. 正螺旋面展开图的几何优化设计

    Geometric Optimum Design of Developed View of Ordinary Helicoidal Surface

  21. 复杂螺旋面钻尖刃磨原理及实现

    The Principle of Complex Helicoid Grinding and It 's Realization

  22. 碟状铣刀铣削螺旋面刀具参数优化设计

    The Optimal Design of Disc-milling Cutter Parameters in Machining Helicoids

  23. 计算旋转螺旋面三维边界层的一种积分方法

    An Integral Method for the 3-D Boundary Layers on Rotating Helical Blades

  24. 精密测量螺旋面任意截形的一种方法

    Precision Measurement on an Arbitrary Sectional Shape of Spiral Surface

  25. CAD/CAM技术在非理论螺旋面端齿零件加工中的应用

    CAD / CAM Technique Applied on Processing Non-theoretics Helix Face End-Tooth Part

  26. 螺旋面数控加工中加入拟合程序的最小有向距离算法

    The calculation of the minimum orientation-distance with the fitting program

  27. 悬挂式挖坑机钻头螺旋面载荷分布规律初探

    Regular Patterns of Loading Distribution of Auger Face for Mounted Hole Digger

  28. 渐开线螺旋面性质分析及应用探讨

    Analysis on Characteristics and Application of the Involute Helix Face

  29. 基于Pro/E的螺旋面钻尖刃磨机床运动仿真

    Kinematical Smulation of Helical Drill Point Grinding Based on Pro / E

  30. 一种新型螺旋面钻尖数学模型

    A kind of new typed mathematical model for helical surfaced drill point