稳定可拓子的项图与能量活动

IF 0.6 Q4 ENGINEERING, CIVIL
R. Šišić, Amela Hodžić, Adi Kevilj, O. Hrustić
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引用次数: 1

摘要

传统住宅结构的大部分能源用于空间供暖。在外墙没有隔热层的旧住宅结构中,以及建筑和隔热层不充分的结构中,热损失是明显的和不可避免的。红外热像仪被证明是一种非常强大、成功和简单的方法,用于检测建筑构件的热损失。在不破坏的情况下,根据结果解释检测结构和绝缘缺陷是可能的,从而通过消除缺陷来提高结构的能源效率。本文概述了IC热成像在检测热损失和评估住宅结构能源效率方面的潜力,并在使用FLIR i7 IC相机的几个案例中得到了证明。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
TERMOGRAFIJA I ENERGETSKA UČINKOVITOST STAMBENIH OBJEKATA
Major part of energy in conventional dwelling structures is used for space heating. At older dwelling structures with no heating insulation at outer walls, as well as structures with inadequate construction and heating insulation, heat losses are evident and unavoidable. Infra red thermography proved as a very powerful, successful and simple method for detecting heat losses through construction elements. It is possible to detect structural and insulation failings based on results interpretations without destruction, and thus to increase energy efficiency of structures by removing the failings. The paper gives an overview of IC thermography potential for detecting heat losses and for assessing energy efficiency of dwelling structures proven on several cases using FLIR i7 IC camera.
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