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Application of qualitative and quantitative infrared thermography at urban level: potential and limitations
Temperature based approach for in-situ evaluation of thermal transmittance of building walls
Combining characterization tests of building envelope thermal transmittance with the acoustic characterization through data mining approaches
Methodology for the evaluation of an energetic model of thermal transmittance in a window by means of horizontal aggregation (HA) from short-range photogrammetry for model Digital Twin
Comparative analysis of the influence of the convective term in the quantitative assessment by infrared thermography
In situ methodology to assess the action of water-wind on building windows
Outdoor microclimate influence on building performance: simulation tools, challenges, and opportunities
Identifying and describing energy-poor household groups. A comparison between two different methods: conventional statistical characterization and artificial intelligence driven clusterization.
Temperature based approach for in-situ evaluation of thermal transmittance of building walls
Combining characterization tests of building envelope thermal transmittance with the acoustic characterization through data mining approaches
Methodology for the evaluation of an energetic model of thermal transmittance in a window by means of horizontal aggregation (HA) from short-range photogrammetry for model Digital Twin
Comparative analysis of the influence of the convective term in the quantitative assessment by infrared thermography
In situ methodology to assess the action of water-wind on building windows
Outdoor microclimate influence on building performance: simulation tools, challenges, and opportunities
Identifying and describing energy-poor household groups. A comparison between two different methods: conventional statistical characterization and artificial intelligence driven clusterization.