Algorithm for Integrated Non-Destructive Diagnostics of Technical Condition of Structures of Buildings and Constructions Using the Thermogram Analysis
Algorithm for Integrated Non-Destructive Diagnostics of Technical Condition of Structures of Buildings and Constructions Using the Thermogram Analysis
复制标题
利用热谱分析对建筑物和构造物的技术状况进行综合无损诊断的算法
DOI：
10.1051/e3sconf/202016101040
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发表时间：
2020
影响因子：
--
通讯作者：
A. Sinitsyn
中科院分区：
文献类型：
--
作者：
D. Karpov;A. Sinitsyn
提出了一种利用温度场分析对建筑物结构技术状况进行综合无损诊断的算法。试图系统化，表征和建立一个逻辑顺序的阶段，能源检查的热量消耗和热量产生的建筑对象及其结构元件。所提出的算法不同于众所周知的建筑物和结构的能源监测技术，存在两个额外的步骤，这是任何能源检查的一个组成部分：确定建筑结构的相对表面湿度和冷却剂的实际质量流量通过加热系统使用热图像的定性和定量评估。根据所提出的结构方案进行能量（热成像）和技术检查需要适当的设备，以及高素质的专家（土木工程师，热能工程师，热物理学家，热成像操作员等）的参与。
An algorithm for integrated non-destructive diagnostics of technical condition of structures of buildings and constructions using the temperature field analysis is proposed. An attempt is made to systematize, characterize and build a logical sequence of stages for energy inspection of heat-consuming and heat-generating construction objects and their structural elements. The presented algorithm differs from the well-known technologies for energy monitoring of buildings and structures by the presence of two additional steps, which are an integrated part of any energy examination: determination of the relative surface humidity of building structures and the actual mass flow of coolant through a heating system using qualitative and quantitative assessment of thermal images. The implementation of energy (thermal imaging) and technical examinations according to the presented structural scheme requires appropriate equipment, as well as involvement of highly qualified specialists (civil engineers, thermal power engineers, thermal physicists, thermal imaging operators, etc.).