The paper presents a review on major contributions in infrared thermography to study the
built environment at multiple scales. To elaborate the review, hundreds of studies conducted …

From a wide range of bibliography (148 publications composed by books, guidelines,
scientific papers, and other documents), the study presents a critical review of the use of the …

Improving existing buildings' energy performance requires energy models that accurately
represent the building. Computer vision methods, particularly image-based 3D …

The first step in establishing a retrofit strategy for an existing building is to identify the type of
thermal defects in the building envelope. Infrared thermography is mainly used to detect …

This work is a contribution to the characterization of the thermal efficiency of complex walls
of buildings with respect to the ever increasing requirements in thermal insulation. The work …

Thermal performance assessment of building (s) is an essential process for optimal energy
management, heat-loss evaluation, and energy audit applications. Such an assessment can …

The detection of thermal insulation failures in buildings in operation responds to the
challenge of improving building energy efficiency. This multidisciplinary study presents a …

The research project DPE-IITI aims to carry out the in situ diagnosis of energy performance
of buildings by quantifying the insulation level of walls. The on site monitoring method is …

Thermal infrared imagery is very much gaining in importance in the diagnosis of energy
losses in cultural heritage through non-destructive measurement methods. Hence, owing to …

A rigorous methodology for mapping thermal and RGB images on three-dimensional (3-D)
models of building façades is presented. The developed method differs from most existing …