

摘 要:在城市建設飛速發展的今天,建筑結構的安全性問題備受社會關注。其中,裂縫問題作為潛在的安全隱患,傳統的人工巡檢方法存在效率低、容易遺漏微小裂縫等弊端,若不及時處理,可能危及結構安全。紅外熱像技術通過無損、實時監測手段,彌補傳統巡檢的不足,能夠及時準確地探測裂縫,有效提高建筑結構的整體安全性。該文詳細闡述采用紅外熱像技術的方法及監測過程,通過實際應用案例展示該技術在不同場景下的有效性和實用性。
關鍵詞:紅外熱像;建筑結構裂縫;監測技術;建筑安全管理;測試原理
中圖分類號:TP391.4 文獻標志碼:A 文章編號:2095-2945(2024)24-0185-04
Abstract: With the rapid development of urban construction, the safety of building structure has attracted much attention from the society. Among them, the crack problem as a potential security hidden danger, the traditional manual inspection method has some disadvantages such as low efficiency and easy to miss small cracks, if not dealt with in time, it may endanger the safety of the structure. By means of nondestructive and real-time monitoring, infrared thermal imaging technology makes up for the shortcomings of traditional inspection, can detect cracks timely and accurately, and effectively improve the overall safety of the building structure. In this paper, the method and monitoring process of infrared thermal imaging technology are described in detail, and the effectiveness and practicability of this technology in different scenes are demonstrated by practical application cases.
Keywords: infrared thermal imaging; cracks in building structure; monitoring technology; building safety management; test principle
隨著城市建設的迅速發展,建筑結構的安全性問題日益成為社會關注的焦點。建筑作為城市的骨架,其結構的穩固與安全直接關系到人們的居住和工作環境。然而,隨著時間的推移,建筑結構可能因老化、地基沉降或自然災害等多種原因而出現裂縫,這些裂縫可能成為潛在的安全隱患。傳統的人工巡檢方法在裂縫監測中存在著效率低、漏檢微小裂縫等問題,因此,尋找一種高效、準確的監測技術成為當前亟需解決的問題。本文關注于一種基于紅外熱像技術的建筑結構裂縫監測技術,旨在通過引入先進的監測手段,提高裂縫監測的效率和準確性。紅外熱像技術作為一種無損、實時的監測工具,在裂縫監測領域具有巨大的潛力。本文將深入探討該技術的原理、方法、應用范圍及實際效果,以期為建筑結構裂縫監測領域提供一種創新、可行的解決方案。……