Long-Term Monitoring Side Chapel Church from the Point of View of Formation and Course of Condensation on its Inner Surface

Lucie Kudrnáčová; Lukáš Balík; Karel Hurtig

doi:10.4028/p-6ov3fa

Paper Titles

Chemical Analysis of the Building Material Coating from Historical Bridge in Prague
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Rehabilitation of Historic Farmstead near Klecany
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Investigation of the Effectiveness of the Rehabilitation of Historical Constructions Using Wireless Dehumidification Technologies
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Long-Term Monitoring Side Chapel Church from the Point of View of Formation and Course of Condensation on its Inner Surface
p.23

Comparison of Different Sensors Used in the Assessment of Concrete Elements by Impact-Echo Method
p.31

Detection of Internal Defects and Failures of Concrete Structures Using Non-Destructive Methods
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Study of Microstructure of Electrically Conductive Silicate Composites with Graphite-Based Fillers
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The Expansion of Defects of Solid Fired Bricks due to their Freezing
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Long-Term Monitoring Side Chapel Church from the Point of View of Formation and Course of Condensation on its Inner Surface

Abstract:

The article deals with church microclimate monitoring and describes microclimatic changes within one year. The monitoring period was the year 2020. Based on the results of long-term monitoring and taking into account the temperature of the inner surface temperature of masonry was executed simulation in 2D software to analyze surface temperature according to the agency of moisture on the surface of the perimeter wall. Attention was targeted to the determination of the period to the occurrence of adverse events (condensation of water vapor and occurrence of mild).

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Periodical:

Construction Technologies and Architecture (Volume 3)

Pages:

23-28

DOI:

https://doi.org/10.4028/p-6ov3fa

Citation:

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Online since:

September 2022

Authors:

Lucie Kudrnáčová*, Lukáš Balík, Karel Hurtig

Keywords:

Dew Point, Long Term Measurement, Moisture of the Masonry, Water Vapor Condensation

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* - Corresponding Author

References

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DOI: 10.1016/j.proeng.2017.02.041

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