UC知道高分求摘要翻译，采纳后继续送分
来源：百度知道 编辑：UC知道 时间：2024/06/14 07:38:38
本文的第一章首先对激光加工技术，特别是CO2激光切割技术进行了介绍，并对本课题的来源，目的及国内外的发展状况做了阐述。
本文在第二章建立了激光切割玻璃的数学模型，包括切割过程中的传热模型和热应力模型，并对激光光源和边界条件进行了适当的数学处理，介绍了数值分析的理论基础。
第三章和第四章探讨了有限元分析方法及利用大型有限元分析软件ANSYS进行建模求解的步骤和相关参数设置。接下来进行计算得到温度场和热应力场的分布，并对比了不同功率，切割速度下的温度场，热应力场的分布情况。
第五章中介绍了实验设备，分析了实验结果并得到可以保持良好裂纹情况的功率和切割速度的参数范围。
最后本文对CO2激光切割平板显示玻璃的发展前景进行了展望。
摆脱不要机器翻译好不好，点点鼠标我也会的
The laser cutting takes an advanced industry process technology, already obtained the widespread application in each domain, especially is using the CO2 laser cutting panel display glass foundation plate aspect is obtains makes great strides. This article mainly to only tied the CO2 laser thermal load cutting panel display glass to conduct the analytical study. This article first chapter first to the laser processing technology, specially the CO2 laser cutting technology carried on introduced that and to this topic's origin, the goal and the domestic and foreign development condition has made the elaboration. This article has established the laser cutting glass mathematical model in the second chapter, including the cutting process's in heat transfer model and the thermal load model, and has carried on suitable mathematics processing to the laser photo source and the boundary condition, introduced the numerical analysis rationale. Third chapter and the fourth chapter has dis