| 1. | An auto - unload lathe jig for machining gyrotary parts
回转体零件自卸料车床夹具 |
| 2. | Feature recognition from autocad system for revolving modeling
的回转体识别与信息提取 |
| 3. | Flow noise scaling at the stagnation point of an axisymmetric body
回转体驻点处的流噪声相似律 |
| 4. | Rotary turming - milling machining radial plane of rotary part analysis
回转车铣头加工回转体径向平面的浅析 |
| 5. | Secondly , the machining of the rotatory part was taken as an example
其次，列举了回转体曲面在该原型系统中的具体应用。 |
| 6. | This is a good means to work with the helicoid part , it is high precision
该路线精度高，适合于回转体零件的曲面逆向设计。 |
| 7. | Balance of rotors
回转体平衡 |
| 8. | In the 4th chapter , the hierarchical information model of rotational part is built
第四章建立了回转体零件层次结构的信息模型，给出了零件信息的框架描述。 |
| 9. | As an example , the hydrodynamic derivatives of a slender - body of revolution are calculated
作为例子，本文用数值方法计算了细长回转体的水动力导数，给出了结果。 |
| 10. | During the modeling of hydrodynamic field , the rotational body and subcritical velocity models are utilized
在水压场模型的建立过程中，采用了回转体模型和浅水亚临界模型。 |
