切削温度

钛合金车削和模拟拉削的切削温度试验研究

Experimental Investigations on Cutting Temperatures in Turning and Analogous Broaching of Titanium Alloys

高速切削温度的热氧化法估计

High-speed Cutting Temperatures Estimate by the Thermal Oxidation Method

SiCp/Al、SiCw/Al复合材料加工的切削温度与刀具磨损的试验研究

The Experimental Study on Cutting Temperature and Tools Wear for SiC_p / Al and SiC_w / Al Composites

在高速钻削压铸AZ91D镁合金过程中，切削温度将急剧升高。

The cutting temperature is rising very fast .

在切削温度高于高锰钢的脆化温度时，复合SiC和复合Si3N4都会发生扩散磨损。

When cutting temperature is higher than the brittle temperatures , the compound SiC and the compound Si_ 3N_ 4 both produce diffusion wear .

试验结果表明，刀具被磁化确实使切削温度有所降低，且当刀头为N极并在低速下（V≈5m/min）切削时，效果尤为显著。

The results show clearly that the cutting temperature will be reduced when use magnetized HSS tool and the effect will become more notable when the cutting tool tip is in the N magnetic pole condition at lower cutting speed about 5m / min.

采用有限元法对由切削温度和切削力共同作用下的刀具最大应力进行了计算，并考虑此应力对刀具强度的影响，对切削用量（V，f）进行了优化计算。

The maximum stress in the cutting tools caused by both the cutting temperature and the cutting force is calculated using the finite element method . Optimal calculation of cutting output is done considering the influence of this stress on strength of cutting tools .

测试系统中引入相位超前校正网络，使整个测试系统的时间常数在2ms以内，能捕捉到很短的切削温度脉冲。

The response time of the measuring system is within 2 ms after adopting phase-leading emendation network . The system can catch a cutting temperature pulse which lasts for very short time .

新型化爆材料动态切削温度测试系统这一课题来源于中国工程物理研究院重大基金项目（项目编号：2001Z0301）。

The project of the new dynamical cutting temperature measuring system for chemical explosive material is funded by China Academy of Engineering Physical ( NO. 2001Z0301 ) .

切削温度快速标定装置及标定精度三维精度

Study on High-accuracy Calibration Equipment of Cutting Temperature and Calibration Accuracy

金属切削温度分布计算机仿真及其实验研究

Computer simulation of temperature distribution and experimental investigation in metal machining

金属切削温度场数值模拟的若干问题研究

On the numerical simulation of the temperature field in metal cutting

陶瓷材料激光加热辅助切削温度场分析

Distribution of temperature fields for laser heating assisted cutting of ceramics

不同条件下的正交切削温度场的数值分析

Numerical analysis for temperature field of orthogonal cutting under different conditions

该文研制了一套铣削瞬时切削温度测量系统。

The measurement system of milling transient cutting temperature is developed .

基于夹丝热电偶法的高速切削温度测量

A High-speed Cutting Temperature Measurement Equipment Based on Semi-manual Thermocouple Method

自然热电偶法测定切削温度时寄生热电势的消除

Eliminate of Parasitic EMF during Measuring Cutting Temperature by Natural Thermocouple

新型薄膜切削温度传感器动态特性的理论计算

The Theoretical Calculation of Dynamic Characteristics of A New Thin-Film Cutting-Temperature Sensor

最高切削温度随着切削速度的增大而增高。

The maximum cutting temperature increases with the increase in cutting speed .

二维正交金属切削温度分布计算机仿真理论分析

Computer Simulation of Temperature Distribution in 2-D Orthogonal Metal Machining Theoretical Analyses

切削温度的标定是机械加工切削理论的重要组成部分。

The calibration of cutting temperature plays an important role in machining .

不同槽型铣刀片的切削温度场分析

Cutting Temperature Field Analysis on Milling Inserts with Different Grooves

切削温度对刀具表面覆盖膜的影响

Influence of Cutting Temperature on the Film Covering Tool Surface

切削温度与切削力综合测量的虚拟仪器

A virtual instrument for measuring cutting temperature and cutting force

热电偶法测量不导电陶瓷刀具切削温度新途径

A new way for measuring cutting temperature of non-conductive ceramic tools by thermal-couple

切削温度计算机动态测试系统的研制开发

Development of the dynamic measurement system of cutting temperature based on computer technology

磁化刀具切削温度的试验研究

Experimental Study of Cutting Temperature of Magnetized Cutting Tool

新型薄膜式热电偶切削温度测量传感器

New Type Thin-film Thermocouple Sensor for Cutting Temperature Measurement

切削温度测量的等效热电偶法

The Measurement of Cutting Temperature by Equivalent Thermocouple Methods

化爆材料切削温度脉冲捕捉及其试验研究

Catching of cutting temperature pulse of chemical explosion material and its experimental research