Experimental Timber Frames House EXDR1

Oriented strand boards are used to be designed as a water vapor retarder in timber structures. This article presents assessment of latex layer influence on oriented strands boards characteristics. Constructions with latex paint for increasing vapor resistance and constructions with a vapor-proof layer were also compared of indoor air parameters change. The values of hygrothermal properties were monitored in various levels of constructions. Full-scale experiments proved the difference of the humidity phenomena for latex painted boards.

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“…Experimental Timber Framed House EXDR1. Experimental monitoring was made at the Experimental timber house EXDR1 Faculty of Civil Engineering [4].…”

Section: Latex Paintmentioning

confidence: 99%

Latex Paint Influence on the Oriented Strand Boards and the Indoor Climate

Bečkovská

Vacková

Tichomirov

2016

AMM

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“…In the first floor there is designed hall and two similar rooms [5]. The research is going to be under way in the hall on the wall which is located right at the entrance to the building (Fig.…”

Section: The Tool For the Researchmentioning

confidence: 99%

The Transition of the Water Steam through the Composition of the Diffusive Closed Circumferential Wall of the Wooden House with the Proper and Improper Realization of Vapor Barrier

Uvizlová

Bečkovská²

2014

AMR

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The research is focused on measuring of the diffusion of moisture by composition of the diffusive closed circumferential wall of the wooden house with the proper and improper realization of the vapor barrier. To perform this research the experimental wooden house EXDR1 is going to be used. The wall, which would be the validation of measurement, is designed as a closed diffusion. The aim of this research is to compare the measurement results. The measured values of humidity probes are going to be used for the comparison. These probes are going to be located in place of a wooden post and in the field between the posts and the temperature-humidity sensors that are going to be installed only in the field between the posts. Thus, placing the probes to measure humidity of wooden post and the temperature-humidity sensors are going to measure the humidity and the temperature of with the proper and improper realization of vapor barrier (foil) for interior moisture to simulate processes normally happening inside residential buildings with adjustment of pressure in the measured room.

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“…The issue of the initial mass moisture is demonstrated by T. Kalábová et al 2 on mineral-fibre thermal-insulation panes, which were built into the timber joist ceilings of the EXDR1 experimental wooden house.…”

Section: Contamination During the Executionmentioning

confidence: 99%

Computer tools to determine physical parameters in wooden houses

Bečkovský¹,

Vajkay²,

Tichomirov³

2016

Mater. Tehnol.

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Nowadays, because the number of wooden houses gradually increases and due to European regulations, a huge emphasis is put onto the aspects like energy saving and energy efficiency in family housing, which are the topic of a related ongoing research project. Hence, the paper is focused on comparing and streamlining the methods available to the engineering community in the fields of energy consumption and air-tightness measurements of buildings. The newly developed design methodologies and practical outputs of the completed research project are planned to be delivered directly to the related industry. The research project is also focused on the humidity and temperature control in wooden houses since wooden houses consist of timber structural elements, whose humidity and moisture may later cause some liability-related problems. To prevent these failures, it is necessary to investigate the quality of tools and methodologies, through which one might determine the values of humidity and temperature already within the design phase. Nevertheless, design is only one phase of the whole process; the other is the building-realisation phase. Therefore, the questions to answer are: Who is actually responsible for the failures caused by humidity and moisture? When does the water actually penetrate the structural elements? Is it in the factory or when the elements are transported or when the products are stored at the construction site? Keywords: moisture, wooden constructions, timber structures, energy consumption, Arduino, Raspberry Pi Dandanes se zaradi nara{~anja {tevila lesenih hi{ in tudi zaradi evropske regulative posve~a veliko pozornosti prihrankom pri energiji in energijski u~inkovitosti dru`inskih hi{, kar je tudi predmet predstavitve.^lanek je usmerjen na primerjavo in usmeritev metod, s katerimi razpolaga in`eniring na podro~ju porabe energije in meritev zrakotesnosti zgradb. Novo razvite metodologije na~rtovanja in prakti~ne re{itve iz raziskovalnih projektov bodo neposredno posredovane industriji. Raziskovalni projekt je usmerjen na kontrolo temperature in vlage v lesenih hi{ah, ker so lesene hi{e zgrajene iz lesenih strukturnih elementov pri katerih lahko vlaga povzro~i problem z zdr`ljivostjo. Za prepre~evanje takih po{kodb je potrebno preiskovati kvaliteto orodij in metodologij, s katerimi je mogo~e oceniti vsebnost tako vlage kot temperature, in sicer`e v sami fazi na~rtovanja. Na~rtovanje je samo ena od faz celotnega procesa, druga pa je faza gradbene realizacije. Vpra{anje na katerega je potrebno odgovoriti je: kdo je v resnici odgovoren za po{kodbe, ki jih povzro~i vlaga in tudi kdaj voda v resnici penetrira v gradbene elemente? Je to`e v tovarni, med transportom ali pa med shranjevanjem elementov na gradbi{~u?

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Experimental Timber Frames House EXDR1

Cited by 3 publications

References 0 publications

Latex Paint Influence on the Oriented Strand Boards and the Indoor Climate

Latex Paint Influence on the Oriented Strand Boards and the Indoor Climate

The Transition of the Water Steam through the Composition of the Diffusive Closed Circumferential Wall of the Wooden House with the Proper and Improper Realization of Vapor Barrier

Computer tools to determine physical parameters in wooden houses

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