Combined thermal imaging and aerodynamic method of control of the degree of damage to elevator silos made of monolithic reinforced concrete

V. V. Looze, S. Beletskiy, A. V. Gavrilov
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Abstract

The article substantiates the necessity of monitoring the integrity of walls made of monolithic reinforced concrete and presents a method for non-destructive testing of elevator silos made of monolithic reinforced concrete. The method allows one to determine, position, and classify damage to monolithic reinforced concrete, allowing or facilitating the penetration of moisture into the silo, moistening the grain mass and, as a result, activating the process of grain self-heating. This method was developed due to the lack of operational methods for non-destructive instrumental control of silos made of monolithic reinforced concrete.
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整体钢筋混凝土提升筒仓损伤程度的热成像与气动相结合控制方法
本文论证了整体钢筋混凝土墙体完整性监测的必要性,提出了整体钢筋混凝土电梯筒仓的无损检测方法。该方法允许人们确定、定位和分类整体钢筋混凝土的损伤,允许或促进水分渗透到筒仓中,使谷物质量湿润,从而激活谷物自热过程。这种方法是由于缺乏对整体钢筋混凝土筒仓进行无损仪器控制的操作方法而发展起来的。
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