CAJ | 학술논문

基于170 SD30 SY无内圈陶瓷电主轴转子具有比重轻、耐磨、高弹性模量等优良的综合特性，对不同预紧力载荷下的主轴前端振动位移进行仿真分析；在ANSYS中求解因预紧力在轴承处摩擦产生的温升，并导入整个模型当中，研究整个温度场的分布；对轴承在不同预紧力工况下的使用寿命进行计算分析；依据上述仿真和计算分析，并考虑合理的工况条件下选择合理的预紧力，在该预紧力下进行了振动和温升的实验测量，与仿真进行对比，验证仿真的正确性，从而证明选取预紧力的正确性。
기우170 SD30 SY무내권도자전주축전자구유비중경、내마、고탄성모량등우량적종합특성，대불동예긴력재하하적주축전단진동위이진행방진분석；재ANSYS중구해인예긴력재축승처마찰산생적온승，병도입정개모형당중，연구정개온도장적분포；대축승재불동예긴력공황하적사용수명진행계산분석；의거상술방진화계산분석，병고필합리적공황조건하선택합리적예긴력，재해예긴력하진행료진동화온승적실험측량，여방진진행대비，험증방진적정학성，종이증명선취예긴력적정학성。
Based on 170SD30-SY without inner ring ceramic spindle rotor has the excellent characteristics of light weight, wear resistance and high elastic modulus, simulating and analysing the vibration displacement of the front spindle under different pre-tightening force. Using ANSYS to solve the friction of the bearing temperature which is caused by pre-tightening force and import the temperature rise into the entire model in which to study the distribution of the whole temperature field. Calculating the service life of the bearing in different conditions with the pre-tightening force. Based on the above analysis and different conditions, choosing a reasonable pre-tightening force, at the same time, using this preload carried out to measure vibra-tion and temperature rise experiments, comparing the results with the simulations, thus proving the correct-ness of simulations and the selected preload.