1.
Research of Machine Tools State Mornitoring Based on Atificial Intelligence;
基于人工智能的刀具切削状态的监控研究
2.
Research on Intelligent Monitoring System for Cutting Tool Conditions Based on the Theory of Information Fusion;
基于信息融合理论的刀具切削状态智能监测
3.
It is capable of displaying temperature flexuous curve, calibrating thermocouple, establishing the cutting temperature exponential formulation and predicating the state of cutting.
该仪器具有显示温度波形曲线、热电偶标定、确定切削温度指数公式、判定切削状态的能力。
4.
The results obtained show that the characteristics identification of tool cutting conditions is attained by the approach.
结果表明,该方法实现了对刀具切削状态的特征识别。
5.
Cutting Force Calculation Based on 2-D Soil-Cutting Theory and the Stress Analysis of Cutterhead by ANSYS;
基于二维切削理论的绞刀切削载荷计算及绞刀应力状态的ANSYS分析
6.
Research on Tool Wear Recognition Based on Cutting Sound Signals;
基于切削声音信号的刀具状态识别研究
7.
Tool Failure Monitoring Techniques for Milling of Variable Cutting Parameters;
变切削参数加工中盘铣刀的破损状态监控
8.
Experimental Study of Friction on the Tool-Chip Contact Field in Metal Cutting Process;
金属切削过程刀—屑接触区摩擦状态实验研究
9.
Finite Element Simulation of Friction on Tool-Chip Interface in Metal Cutting Process
金属切削过程刀—屑接触区摩擦状态有限元分析
10.
Monitoring of Cutting Tool Wear Based on Cutting Force by Using Wavelet Neural Network
基于切削力的小波神经网络刀具磨损状态监测
11.
Abstract: This paper introduces a new processing think of cutting hard brittle material in a plastic state.
文摘:提出了在塑性状态下切削非金属硬脆材料的加工思路。
12.
The way of cutting hard brittle material in a plastic state is classified.
对塑性状态下切削硬脆材料的方法进行了归纳和分类。
13.
This paper introduces a new processing think of cutting hard brittle material in a plastic state.
提出了在塑性状态下切削非金属硬脆材料的加工思路。
14.
Research on Monitoring Technique for Tool Wear Based on Cutting Sound Signal;
基于切削加工声音信号的刀具状态监测技术基础研究
15.
Effect of Cutting Speed and Feed Rate on UVC Hard Cutting
切削速度与进给量对UVC硬态切削加工的影响
16.
Numerical Simulation of Dynamic Characteristics on Cutting Temperature Field and Cutting Force in High-speed Hard Machining
高速硬态切削温度场和切削力动态变化的数值模拟
17.
The Research Situation of Artificial Neural Networks Technology on Cutting Machining;
ANN技术在切削加工中的研究现状
18.
The Present Situation and Optimized Tendency of High-speed Cutting Processing
高速切削加工工艺的现状与优化趋势