A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Airtightness Performance of Thin-Shell Concrete Dome Structures
In response to the urgent need to mitigate greenhouse gas emissions and enhance energy efficiency in residential buildings, this research paper evaluated an insulated concrete thin-shell dome structure for airtight-ness. Residential buildings are significant contributors to global emissions, with heating and cooling systems being the primary culprits. Airtightness is identified as a key factor in improving energy efficiency and reducing emissions. The paper integrates existing research in concrete thin-shell domes and modular structures, focusing on airtightness strategies within modular construction. Methods include experimental testing using the blower door test to evaluate airtightness. Results demonstrate optimal airtightness performance in a concrete dome structure, surpassing regulatory requirements. The study highlights the effectiveness of modular construction methodologies in achieving superior airtightness, thereby enhancing overall building performance and energy efficiency.
Airtightness Performance of Thin-Shell Concrete Dome Structures
In response to the urgent need to mitigate greenhouse gas emissions and enhance energy efficiency in residential buildings, this research paper evaluated an insulated concrete thin-shell dome structure for airtight-ness. Residential buildings are significant contributors to global emissions, with heating and cooling systems being the primary culprits. Airtightness is identified as a key factor in improving energy efficiency and reducing emissions. The paper integrates existing research in concrete thin-shell domes and modular structures, focusing on airtightness strategies within modular construction. Methods include experimental testing using the blower door test to evaluate airtightness. Results demonstrate optimal airtightness performance in a concrete dome structure, surpassing regulatory requirements. The study highlights the effectiveness of modular construction methodologies in achieving superior airtightness, thereby enhancing overall building performance and energy efficiency.
Airtightness Performance of Thin-Shell Concrete Dome Structures
Vasquez, Eduardo Ibanez (author) / Bingham, Evan (author) / South, Andrew (author) / Vega, Daira Velasco (author)
2024-05-13
1433295 byte
Conference paper
Electronic Resource
English
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