单叶双曲面

  • 网络Hyperboloid of one sheet;uniparted hyperboloid
单叶双曲面单叶双曲面
  1. 单叶双曲面教学软件的设计思想与制作

    Designing Thought and Method of Teaching Software of the Hyperboloid of One Sheet

  2. 单叶双曲面线切割加工

    Wire cutting of hyperboloid of one sheet

  3. 证明了与单叶双曲面上3条互不重合的u族直母线均共面的直线所构成的曲面正好是原单叶双曲面。

    It is proved that the surface organized by all the straight lines which are coplanar with three u-family rectilinear generators of an uniparted hyperboloid , which are not coincident with each other , is exactly the primal uniparted hyperboloid .

  4. 介绍了以旋转单叶双曲面作麻花钻钻尖后刀面的数学模型。

    The mathematical model of the hyperboloid twist drill was introduced .

  5. 单叶双曲面、二次锥面/球面统一求交算法

    Uniparted Hyperboloid and Quadric Cone / Sphere Intersection Algorithm

  6. 单叶双曲面与双曲抛物面直毋线的性质

    Research for the property of Rectilinear Generators of Hyperboloid of One Sheet and Hyperbolic Paraboloid

  7. 单叶双曲面平板直刃滚筒式切碎器的研究

    Research on the One - Sheet Hyperboloid Cylindrical Cutter with Flat Surface and Straight Edge

  8. 单叶双曲面和双曲抛物面是直线曲面。

    The authors show that the hyperboloid of one sheet and the hyperbolic paraboloid are ruled surfaces .

  9. 单叶双曲面共轭直母线刀刃剪切性能研究

    The function for shearing of the blades of straight conjugate generatrices on the hyperboloid of one sheet

  10. 用边缘效应补偿法计算单叶双曲面冷却塔的温度应力

    Computation of Thermal Stresses in a Single-sheet Hyperboloid Cooling Tower by the Method of Compensation with Boundary Effects

  11. 证明了摆线齿锥齿轮副的啮合线是单叶双曲面上的一条曲线。

    It is demonstrated that the meshing line between two meshing epicycloidal bevel gears is a curve of uniparted hyperboloid .

  12. 本文使用二次曲面的化简理论,对于给定的三根螺旋,求出由它们确定的单叶双曲面。

    For a given three screws , this paper , using the theory of quadric surface , finds the hyperboloid which is defined by the three given screws .

  13. 通过动力学分析,得到了对于单叶双曲面平板直刃滚筒式切碎器切割秸秆层切割阻力矩的数学模型,经过试验验证验证了其有效性。

    Based on the mechanics analysis , the mathematical model of the cutting torque was established , and the validity of the model was demonstrated by the experiments .

  14. 介绍用单叶双曲面拟合齿形,以单叶双曲面的直母线作刀刃曲线,用普通工具磨即可完成的斜刃指状齿轮铣刀的简易加工方法。

    The article has described the simplicity machining method of the tilted edge fingerlike gear cutter with uniparted hyperboloid matching tooth shape and the straight generatrix of the uniparted hyperboloid as the blade curve .

  15. 作者证实:单叶双曲面和双曲抛物面是直线曲面。刀倾半展成法是加工螺旋锥齿轮和准双曲面齿轮的有效方法。

    The authors show that the hyperboloid of one sheet and the hyperbolic paraboloid are ruled surfaces . The Tool Pan Tilted method is a high effect method to generate spiral-bevel gears and Hypoid gears .

  16. 通过缠绕实验验证了架空判据的正确性和实用性,表明采用单叶双曲面比采用凹圆曲线回转曲面具有更好的缠绕工艺性,且其直纹线的缠绕角恰好为不架空的临界缠绕角;

    An experiment demonstrated the correctness and practicability of the criteria . It showed that the winding path on uniparted hyperboloid is steadier than on concave ring surface and the winding angle on ruled surface is just the critical angle of no bridge .

  17. 利用保角变换,首先在二维平面得到双曲线型的等位线簇方程,然后过渡到三维空间,从而得到表面为单叶双曲面(两实半轴相等)的带电导体的等位面簇方程。

    Adopting the method of conformal transformation , firstly we obtain the hyperbolic equation of equipotential line families in two-dimensional surface . Transition to the three-dimensional space , then we obtain the equation of equipotential surface families of charged conductor with surface of hyperboloid of one sheet .

  18. 单叶回转双曲面在机械制图中的尺寸表示方法

    Size Expressing Method of One Sheet Hyperboloid in Mechanical Drawing

  19. 单叶双曲旋转面在机械制造中的应用

    The hyperboloid of one sheet unpaired formula used in mechanical designing and manufacture

  20. 图解证明单叶双曲回转面截交线的性质

    The property of the uniparted hyperboloid of the section line was proved for the graphical method

  21. 通过典型实例,运用微积分知识建立单叶双曲旋转面方程并论述了其在机械设计和制造中的应用

    According to the typical example , the hyperboloid of one sheet unpaired formula has been established by using infinitesimal calculus which application also has been described in mechanical designing and manufacture

  22. 牵引电机抱轴瓦单叶回转双曲面内腔的设计原理所有象?缓旺?这样的点都位于一个双叶曲面上。

    Design Principle for the Inner Cavity of One Sheet Slewing Hyperboloid of Axle Suspension Bush on Tractive Motor All points such as ?? and ?? lie on a surface of two sheets .