#AskGlaston 扁平钢化系列 #2:应力计算

在#AskGlaston 平面钢化系列的第二集中,我们将讨论在线估算玻璃应力水平的新解决方案。

在线应力计算解决方案利用实测过程数据计算回火过程中淬火部分的温度和应力分布。

以出炉后的玻璃温度为初温。然后,冷却压力和其他冷却器测量值用于计算玻璃温度和应力分布,并在物理模型中表示这些。结果允许估计每块玻璃的应力水平。

了解应力水平对于监控玻璃质量的安全性很重要。如果检测到最终产品压力水平的任何变化,它还允许立即采取有效措施。

应力计算是格拉司通不断提高自动化水平以实现全自动化解决方案的开发工作的一部分。

请继续关注下一集,我们将在下一集中讨论对流系统 Vortex Pro 如何让混合制作变得轻松高效。

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作者简介

Antti Aronen

An experienced researcher and engineer in the field of theoretical and experimental research, Antti is Glaston’s Senior Research Engineer in D&I. He is passionate about sharing his deep knowledge of glass products and processes with others. His PhD thesis was on glass heat treatment, and he continues to enthusiastically model the tempering process today. An innovator at heart, he has even registered some patents over the years. To counterbalance living at the top of the world in Finland, he spent nearly 4 years “down under” as a Research Fellow at the University of Sydney in Australia.

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