| 1. | On improving chip removal effect in vibration drilling
振动钻削改善排屑效果机理的研究 |
| 2. | Micro - hole vibration drilling simulation based on artificial ne ural network
微小孔振动钻削神经网络仿真 |
| 3. | Development of a hydraulic vibration drilling apparatus on ultra - low frequency
超低频液压振动钻孔装置的分析 |
| 4. | Optimum experimental analysis of varying - parameter vibration drilling of micro holes
变参数振动钻削微小孔的优化试验分析 |
| 5. | Optimization of neural network vibration drilling parameter based on genetic algorithm
基于遗传算法的神经网络振动钻削参数优化 |
| 6. | Research on upgrading quality of micro - holes diameter by using varyingfrequency vibration drilling
变频率振动钻削微孔提高孔径质量的研究 |
| 7. | Abstract : a new technology is put forward for vibration drilling under changed parameters of three cutting regions for machining micro holes . a new method is probed with which optimal vibration parameters of the stages are determined by non - linear regression . present investigation shows that the new method for vibration drilling , in which vibration parameters are changed with the optimal parameters of the stages , is an effective way to decrease error of drilling micro holes
文摘:提出了三区段变参数振动钻削微孔的新工艺；探讨了用非线性回归求取各区段最佳振动参数的方法；验证了以三区段最佳振动参数做变参数时，用振动钻孔可以全面降低微孔加工误差的优良工艺效果。 |
| 8. | A new technology is put forward for vibration drilling under changed parameters of three cutting regions for machining micro holes . a new method is probed with which optimal vibration parameters of the stages are determined by non - linear regression . present investigation shows that the new method for vibration drilling , in which vibration parameters are changed with the optimal parameters of the stages , is an effective way to decrease error of drilling micro holes
提出了三区段变参数振动钻削微孔的新工艺；探讨了用非线性回归求取各区段最佳振动参数的方法；验证了以三区段最佳振动参数做变参数时，用振动钻孔可以全面降低微孔加工误差的优良工艺效果。 |
