Energy Saving Architecture: Multidisciplinary Improvement of Buildings Shape, Energy-Efficiency, Microclimate, Seismic-Resistance and Prevention Influences of Thermal Bridges and Mold Growth

Author:

Boronbaev Erkin

Publisher

Springer Nature Singapore

Reference15 articles.

1. Boronbaev E (2020) Energy saving architecture. Background, theory and practice in Kyrgyzstan. In: E3S 12th Nordic symposium on building physics 2020, NSB, vol 172, 19010, pp 1–8. Tallinn, Estonia

2. Boronbaev E, Unaspekov B, Abdyldaeva A, Tohlukova E, Holmatov K, Zhyrgalbaeva N (2022) Full-fledged use of semi-basement space by building seismic-resistance, energy-efficiency, microclimate and preventing influences of thermal bridges and mold growth. Civil Eng Arch (USA) 10(1):131–143

3. Alghamdi S, Tang W, Kanjanabootra S, Alterman D (2022) Effect of architectural building design parameters on thermal comfort and energy consumption in higher education buildings. Buildings 12(329):1–30

4. Kozdon B (2020) Microclimate conditions in rooms: their impact on mold development in buildings. Energies 13(17):4492, 1–18

5. Iranfar M, Al-Din SSM (2020) The cognition of the architectural styles role on thermal performance in houses of semi-arid climates: analysis of building envelope materials. Civil Eng Arch 8(5):929–941

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