Long-Term Window Evaluation: Comparison of Pavilion Laboratory and Climate Chamber Measurement

Juráš, Peter; Ďurica, Pavol; Bartko, Marek

doi:10.1007/978-3-030-86001-1_16

Cited by 3 publications

(2 citation statements)

References 14 publications

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“…The individual test samples of the extensive green roofs (EGRs) used have different compositions. The samples are placed on a real single-ply flat roof renovated in 2019 [15]. Research in the field of green roofs has been carried out in our department for a long time.…”

Section: Introductionmentioning

confidence: 99%

Experimental Analysis of the Influence of Seasonality on the Temperature Regime of Extensive Roofs in Central Europe

Chabada,

Durica,

Juras

2024

Buildings

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Current building envelope greening systems are not just areas covered with vegetation. Today’s systems can maximise the functional contribution of vegetation to a building’s performance and become part of a sustainable urban renewal strategy. The impact of the vegetation layer directly affects the building in its immediate vicinity, from the outside, while also having a significant impact on the indoor environment. Green roofs are the most widespread vegetated structures worldwide. This paper aims to demonstrate the behaviour of the temperature regime of an extensive green roof over a production hall and an administrative area in comparison to that of a roof without vegetation cover. In evaluating the results, a period with weather representative of winter and summer was selected to show the importance of seasonality. The fact that this is a new building, and that the extensive roof is not fully covered with vegetation, is very well reflected in the results, as the absence of a vegetated area significantly affects the temperature of as well as the heat flux through the roof structure. The dark colour of the substrate absorbs significantly more solar radiation than the light surface of the waterproofing, resulting in an increase in temperature and heat flux into the structure.

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Section: Introductionmentioning

confidence: 99%

Experimental Analysis of the Influence of Seasonality on the Temperature Regime of Extensive Roofs in Central Europe

Chabada,

Durica,

Juras

2024

Buildings

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“…Comparisons have been made with the model in the FEM Therm software and result from different years were analyzed. During autumn 2020, the laboratory building envelope was renovated and insulated with a new ETICS system, while one of the measured windows was dismantled and taken for measurement in the climate chamber [5,6]. A comparison of the measured results from the pavilion laboratory and the climate chamber after ten years of window exploitation at the same boundary conditions is described in this paper.…”

Section: Introductionmentioning

confidence: 99%

Verification of window properties after 10 years of exploitation: results of measurements in the pavilion laboratory and the climate chamber

Bartko

Ďurica

2022

APP

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The article will deal with the analysis of measured data on a plastic window with thermal insulating triple glazing, which is suitable for low-energy or passive houses. The window was installed in 2011 in the test laboratory of the Department of Building Engineering and Urban planning, Faculty of Civil Engineering, University of Žilina (Slovakia), where it was tested under standard indoor climate conditions and real outdoor climate conditions. Surface temperatures on the frame friezes and glass system and heat flux density were recorded at a five-minute time step. In 2020, the window was removed from the laboratory and subsequently tested in a climate chamber. This paper will present the results of these measurements in terms of heat flow density waveforms, heat transfer coefficient, and total solar transmittance through the glazing. Subsequently, a simulation model of this window will be created in the environment of a computational program and its verification based on the measurements will be carried out. A series of calculations will be performed on the tuned model and analyses of the results and comparisons will be presented under the same climatic conditions as during the real measurements recorded by the meteorological station.

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Comparison and evaluation of the parameters of selected window constructions after the reconstruction of the facade of the laboratory pavilion

Bartko,

Durica

2023

Iv International Scientific Forum on Computer and Energy Sciences (Wfces Ii 2022)

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Long-Term Window Evaluation: Comparison of Pavilion Laboratory and Climate Chamber Measurement

Cited by 3 publications

References 14 publications

Experimental Analysis of the Influence of Seasonality on the Temperature Regime of Extensive Roofs in Central Europe

Experimental Analysis of the Influence of Seasonality on the Temperature Regime of Extensive Roofs in Central Europe

Verification of window properties after 10 years of exploitation: results of measurements in the pavilion laboratory and the climate chamber

Comparison and evaluation of the parameters of selected window constructions after the reconstruction of the facade of the laboratory pavilion

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