2022
DOI: 10.1002/bapi.202200001
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Untersuchung des Feuchteeintrags in erdberührtes Ziegelmauerwerk durch die Bewässerung von Kletterpflanzen

Abstract: Aufbauend auf den Ergebnissen aus dem Projekt „Feuchteeinträge in die Außenwandkonstruktion von Untergeschossen aufgrund von Kletterpflanzen wurden im Folgeprojekt detaillierte Untersuchungen zur Feuchtigkeit in Ziegelmauerwerk im Zusammenhang mit Kletter‐pflanzen durchgeführt. Vier Prüfstande, welche eine erdberührte Kellerwand aus Ziegel simulieren sollten, wurden konstruiert. Um Auswirkungen der Begrünung zu erfassen, wurde die Feuchtigkeit im Erdreich (Substrat) und im Ziegelmauerwerk kontinuierlich gemess… Show more

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“…Research has been mostly concentrated on assessing the influence of various climbers on the summertime surface temperatures of buildings or building components [11][12][13][14] due to the absence of foliage in the winter months. Other research has only examined the influence of ivy on the microclimate [15], the influence of ivy on the surface temperature during cold months [16], and the impact of ivy on the moisture of masonry in contact with the ground [17]. In order to determine the impacts of ivy on the insulating characteristics of masonry, this study effort is focused on various effects in the winter (the heat flux density, exterior surface temperature, and heat transfer coefficient) and summertime (the exterior surface temperature).…”
Section: Introductionmentioning
confidence: 99%
“…Research has been mostly concentrated on assessing the influence of various climbers on the summertime surface temperatures of buildings or building components [11][12][13][14] due to the absence of foliage in the winter months. Other research has only examined the influence of ivy on the microclimate [15], the influence of ivy on the surface temperature during cold months [16], and the impact of ivy on the moisture of masonry in contact with the ground [17]. In order to determine the impacts of ivy on the insulating characteristics of masonry, this study effort is focused on various effects in the winter (the heat flux density, exterior surface temperature, and heat transfer coefficient) and summertime (the exterior surface temperature).…”
Section: Introductionmentioning
confidence: 99%