| 1. | Cutting force modeling in turning based on cutting parameters and tool condition
基于切削参数和刀具状态的车削力模型 |
| 2. | Internet - based machining parameter optimization and management system for high - speed machining
基于网络的高速切削参数优化和管理系统 |
| 3. | Application of improved simulated annealing algorithm in nc machining parameter optimization
基于改进型模拟退火算法的数控加工切削参数优化 |
| 4. | By this way , we can greatly extend the scope of the cutting parameter database ' s application
通过材料加工性能评判和材料聚类，大大提高了切削参数工程数据库的应用范围。 |
| 5. | Then , predicting the optimum performance and validating the optimum cutting conditions by using a confirmation experiment
预测经最优切削参数加工得到的表面粗糙度值，最后通过确认实验验证了其正确性。 |
| 6. | This system has certain intelligence and can be used in actual production to guide the cutting parameter determining
该系统对于切削参数的选择具有一定的智能化，可用于实际生产加工，指导切削参数的合理选择。 |
| 7. | Along with the development of the numerical control technology , it is very important to determine reasonable cut parameter when nc processing
随着数控技术的发展，确定合理的切削参数对数控加工有着重要的意义。 |
| 8. | Since the factor of determining cutting parameter is numerous and mutually restricted , thus determine the best cutting parameter is relatively difficult
由于影响切削参数的因素繁多且相互交叉、制约，因而确定最佳的切削参数较为困难。 |
| 9. | Based on database management system supporting , realize the cutting parameter engineering database structural design and functional requirement
以商用关系数据库管理系统作为底层支撑环境，完成了切削参数工程数据库结构设计和功能需求。 |
