2015
DOI: 10.1016/j.proeng.2015.08.497
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Infrared Imaging as a Means of Analyzing and Improving Energy Efficiency of Building Envelopes: The case of a LEED Gold Building

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Cited by 18 publications
(9 citation statements)
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“…A termografia de infravermelho é um método de diagnóstico que tem uma ampla gama de aplicabilidade para avaliação de questões como a continuidade do isolamento e da eficiência energética da envoltória, identificação de locais de infiltração de ar e monitoramento da temperatura do ar interior (BRÁS; ROCHA; FAUSTINO, 2015;TAILEB;DEKKICHE, 2015). Também se aplica ao diagnóstico das propriedades térmicas da envoltória do edifício (FOKAIDES; KALOGIROU, 2011).…”
Section: Medição De Temperaturas Superficiais Por Termografia De Infrunclassified
“…A termografia de infravermelho é um método de diagnóstico que tem uma ampla gama de aplicabilidade para avaliação de questões como a continuidade do isolamento e da eficiência energética da envoltória, identificação de locais de infiltração de ar e monitoramento da temperatura do ar interior (BRÁS; ROCHA; FAUSTINO, 2015;TAILEB;DEKKICHE, 2015). Também se aplica ao diagnóstico das propriedades térmicas da envoltória do edifício (FOKAIDES; KALOGIROU, 2011).…”
Section: Medição De Temperaturas Superficiais Por Termografia De Infrunclassified
“…The system is convenient for not only medicine but also technology and science: thermal 3D scanning procedures are usable in, for example, electrical engineering to ensure thermal analyses centered on the efficiency of electrical components [ 48 ]; civil engineering to monitor thermal loss in materials [ 49 ]; mechanical engineering to investigate mechanical strain [ 50 ]; and rescue robotics or experimental biology to evaluate the indispensable life functions [ 51 , 52 , 53 ].…”
Section: Discussionmentioning
confidence: 99%
“…IRT in building sector is used to qualitatively evaluate buildings and detect defects, [33] such as the thermal bridges applied in this research. Those defects were places where air leakage typically occurs [34][35][36][37], cracks [38], insulation continuity [35,39], thermal bridges [35,40,41], plaster detachment [42], moisture and condensation [36,38,[43][44][45], delamination [38,46], defective services [39], and as a support when con- The first airtightness measurement result was n 50 = 10.23 h −1 , thus improvements of places where leakages were found were required. Those places in the test chamber and the wall itself were detected by using a smoking pen during the test.…”
Section: In-situ Measurement Of Airtightness and Infrared Thermography Methodsmentioning
confidence: 99%
“…IRT in building sector is used to qualitatively evaluate buildings and detect defects, [33] such as the thermal bridges applied in this research. Those defects were places where air leakage typically occurs [34][35][36][37], cracks [38], insulation continuity [35,39], thermal bridges [35,40,41], plaster detachment [42], moisture and condensation [36,38,[43][44][45], delamination [38,46], defective services [39], and as a support when conducting thermal transmission measurements, with respect to the location of the instrument sensors [47][48][49]. It is important to avoid these places (or to remediate them) when placing sensors used in this research; these are the sensors used by the heat flow method (HFM) and temperature-based method (TBM) for estimating the thermal transmission properties of the wall.…”
Section: In-situ Measurement Of Airtightness and Infrared Thermography Methodsmentioning
confidence: 99%