Comparison of Experimental and Computational Characteristics of Light Perimeter Walls of Wooden Buildings

Šuštiaková, Marianna; Ďurica, Pavol; Ponechal, Radoslav; Cangár, Marek

doi:10.4028/www.scientific.net/amr.1020.25

Cited by 2 publications

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“…5. The simulation model was calibrated by comparison to real measurements in a research laboratory [12]. The temperature measurements were made for the lightweight wall construction, which consists of three different material solutions and three different color solutions of external coating.…”

Section: Impact Of Variation In Wall Construction On External Surface...mentioning

confidence: 99%

Insulation Thickness versus Dynamic Thermal Parameters of External Walls with Regard to the Thermal Stability

Ponechal¹,

Štaffenová²

2017

Komunikácie

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It appears that the walls, insulated according to the new requirements for thermal resistance, can contribute to thermal stability. This is advantageous not only for the thermal comfort during the summer but in the cases of the intermittent heating, or overheating, as well. This article evaluates some alternatives of insulated and uninsulated external walls. The phase time shift of the indoor surface temperature with respect to the outdoor surface, together with the periodic penetration depth of indoor surface temperature, are considered in this analysis. Analyzing subsurface temperature courses we evaluate the ability of construction to accumulate heat gains, which can arise during the day.

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Section: Impact Of Variation In Wall Construction On External Surface...mentioning

confidence: 99%

Insulation Thickness versus Dynamic Thermal Parameters of External Walls with Regard to the Thermal Stability

Ponechal¹,

Štaffenová²

2017

Komunikácie

Self Cite

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Intention, Principle, Outputs and Aims of the Experimental Pavilion Research of Building Envelopes Including Windows for Wooden Buildings

Štaffenová

Rybárik

Jakubčík

2017

Civil and Environmental Engineering

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The aim of experimental research in the area of exterior walls and windows suitable for wooden buildings was to build special pavilion laboratories. These laboratories are ideally isolated from the surrounding environment, airtight and controlled by the constant internal climate. The principle of experimental research is measuring and recording of required physical parameters (e.g. temperature or relative humidity). This is done in layers of experimental fragment sections in the direction from exterior to interior, as well as in critical places by stable interior and real exterior climatic conditions. The outputs are evaluations of experimental structures behaviour during the specified time period, possibly during the whole year by stable interior and real exterior boundary conditions. The main aim of this experimental research is processing of long-term measurements of experimental structures and the subsequent analysis. The next part of the research consists of collecting measurements obtained with assistance of the experimental detached weather station, analysis, evaluation for later setting up of reference data set for the research locality, from the point of view of its comparison to the data sets from Slovak Hydrometeorological Institute (SHMU) and to localities with similar climate conditions. Later on, the data sets could lead to recommendations for design of wooden buildings.

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Comparison of Experimental and Computational Characteristics of Light Perimeter Walls of Wooden Buildings

Cited by 2 publications

References 0 publications

Insulation Thickness versus Dynamic Thermal Parameters of External Walls with Regard to the Thermal Stability

Insulation Thickness versus Dynamic Thermal Parameters of External Walls with Regard to the Thermal Stability

Intention, Principle, Outputs and Aims of the Experimental Pavilion Research of Building Envelopes Including Windows for Wooden Buildings

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