Praktische Bauphysik

Lohmeyer, Gottfried C. O.

doi:10.1007/978-3-663-12322-4

Cited by 8 publications

(3 citation statements)

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“…The temperature profile, formed along the cross-section of the wall can be investigated as voltage drop on resistors. A necessary parameter for the calculation is the heat transfer coefficient (α), and the thermal conductivity (λ), which parameters can be found in the literature [12], [13]. The stationary model mentioned above does not correctly describe all of thermal behaviors.…”

Section: Heat Technical Conceptmentioning

confidence: 99%

Rethinking of the Vernacular Adobe Architecture Rehabilitation

Nemcsics,

Ürmös,

Gröller

2023

YBL Journal of Built Environment

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In recent work, heat-technical modeling, life cycle assessment, and rehabilitation of the vernacular adobe wall house is discussed. Our topic choice is based on the fact that a significant part of the Hungarian rural housing stock consist of adobe-walled buildings. The adobe wall construction is especially perfect for the seasonal climatic equalizing, which property has increasing ecological importance due to the effect of growing global warming up. Largely, these adobe-walled houses are part of our cultural heritage, therefore they are worth to preserving. Finally, their constructional conservation, energetical rehabilitation and also maintenance problems are briefly described..

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Section: Heat Technical Conceptmentioning

confidence: 99%

Rethinking of the Vernacular Adobe Architecture Rehabilitation

Nemcsics,

Ürmös,

Gröller

2023

YBL Journal of Built Environment

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“…Właściwości wilgotnościowe dla materiałów do izolacji cieplnej oraz materiałów murowych można znaleźć również w [8,21]. Badacze podają wielkość zawilgocenia masowo bądź objętościowo [8,14,15]. Zamieszczone w [8] i [21] wilgotności masowe u oraz objętościowe ψ odpowiadają wilgotności w warunkach równowagi z powietrzem o temperaturze 23 o C i wilgotności względnej 50 % oraz 80 %.…”

Section: Zawilgocenie Sorpcyjne Materiałów Budowlanychunclassified

The influence of the relative humidity of air on sorption moisture content of building materials

Siwińska

2014

JCEEA

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Referat dotyczy procesu sorpcji wilgoci w materiałach budowlanych. Przedstawiono w nim badania związane z wyznaczeniem zawilgocenia sorpcyjnego, zrealizowane na ośmiu różnych materiałach w sześciu odmiennych warunkach cieplno-wilgotnościowych. Testowanymi materiałami były cegła ceramiczna CC, cegła silikatowa CS, cztery betony komórkowe BK1, BK2, BK3, BK4 oraz zaprawa cementowa ZC i cementowo-wapienna ZCW. Badania zrealizowano w temperaturze 5 o C oraz przy następujących poziomach wilgotności względnej powietrza: ϕ ≈

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“…For this purpose, we monitored and analyzed a decay curve with the help of an inert gas. 32,33 Propylene (1.75 mg L À1 ; 1.0 ppm) was continuously dosed into the ExpoLab until it reached a stable concentration. The propylene supply was closed while venting the unit with fresh air and the decay was recorded, and a ventilator was used to homogenize the continuously diluting gas atmosphere.…”

Section: Measurement Of the Air Exchange Rate In The Expolabmentioning

confidence: 99%