1.
Plastic Compression Model Cavity Surface of Revolution Processing Craft Analysis
塑压模型腔回转曲面的加工工艺分析
2.
Vision-lurch of Revoluation Surface Body in Slant Second-class Axonometric Drawing;
回转曲面体在斜二等轴测图中的视觉倾斜
3.
Study on the motion law of the grinding point in grinding high precision revolution surfaces
高精度回转曲面的砂轮磨削点运动规律研究
4.
Theory and Application of a Rigid-Precision Non-Circular Grinding Control Facing on Crankshaft
面向非圆回转曲面的高精度磨削控制理论及应用
5.
A curve on a surface of revolution, formed by the intersection of the surface with a plane containing the axis of revolution.
回转面曲线回转面与通过旋转轴的平面相交而形成的位于回转面上的曲线
6.
Rotary surface equation macro programs users design and application of
回转体方程曲面用户宏程序的设计与应用
7.
The Design for Dressing Device of Form Wheel with Seaming Roll
曲线回转面沟槽成形砂轮的修整装置设计
8.
Surfaces used widely in engineering, such as gyration surface, developed surface, the normal circular-arc surface and so on, are the typical Bertrand surface.
文中指出，工程上常用的回转面、可展面、法向圆弧曲面等均属典型的白川德曲面。
9.
rotating bending fatigue machine
回转弯曲疲劳试验机
10.
Design Principle for the Inner Cavity of One Sheet Slewing Hyperboloid of Axle Suspension Bush on Tractive Motor
牵引电机抱轴瓦单叶回转双曲面内腔的设计原理
11.
The Study on the Processing Error of Diamond Turning for the Non-rotationly Symmetric Optical Surface
非回转对称光学曲面金刚石车削加工误差的研究
12.
Study on Based of Diamond Turning Trajectory about NURBS Non-Rotary Symmetric Optical Surface
基于NURBS非回转对称光学曲面金刚石车削轨迹的研究
13.
The Research on Tool Path Planning of Diamond Turning of Non-Rotationally Symmetric Optical Surface
金刚石车削非回转对称光学曲面的刀具轨迹规划的研究
14.
Surfaces of Rotation About Given Gauss Curvature Function in R~3;
R~3内给定Gauss曲率函数的旋转曲面
15.
A plane section of a surface of revolution containing the axis of revolution.
切平面通过旋转轴回转面的部分平面
16.
The Research on Some Problems about Springback Surface Mapping Method and Surface Reverse Engineering;
回弹曲面映射法及曲面逆向问题的研究
17.
Improvement on the Conversion of NURBS with Bezier Surface
一种NURBS曲面转化为Bezier曲面片的改进算法
18.
Brief developing history of bending rotation ultrasonic motor is looked bace.
回顾了弯曲旋转超声马达的发展简史;