This paper contains an overview of infrared thermography and its applications relating to the
investigation of historic structures. In particular, this state of the art, non-destructive …

论述了红外热像技术及其在温度(场) 测试方面的特点, 红外热像设备的研究发展历程及国内外的
最新进展. 对红外热像技术在材料或构件的无损检测与评价, 电力和石化设备的状态热诊断 …

Since a large amount of damage in porous materials arises as a direct or indirect
consequence of moisture (static and dynamic phenomena), detection and monitoring of …

The use of infrared thermography, a non-destructive technique for detecting structural
failures or hidden defects, has become ever more common in the last 10 years. The …

In this work, we describe the growth of NaCl crystals by evaporating droplets of aqueous
solution while monitoring them with infrared thermography. Over the course of the …

In this paper, a methodology to determine the physico-chemical characteristics of the
original mortar used during the construction of the structure was applied as a first step prior …

A non-destructive study was conducted on the 13th century caravanserai of Ağzıkarahan in
Aksaray, Turkey, suffering from problems of seasonal rising damp in its lower parts. Both …

Infrared thermography for stone monuments to date has primarily focused on qualitative
analysis to judge the location of defect zones using relative temperature differences, but …

The accumulation of salts in building stones can lead to weathering features such as
scaling, sanding or even slab detachment. To detect salts in walls at the early stages and to …

The reconstituted stone used in the Orval Abbey is highly susceptible to salt weathering. It
was produced from debris of natural stones (which were at that time in short supply) by …