Superheat reduction at building surrounding area by rational placement of green planting

Free access

On the basis of common morphology of different types of residential buildings some areas of excessive reflected solar radiation near faces of buildings are revealed with the help of adapted graphical analytical method [1] to arrange rational and aesthetically complete landscape of outside living space. The analysis is performed for geographic latitude of 55°8' north latitude (Chelyabinsk) due to azimuth and solar altitude in July that is the warmest month of the year.

green planting \ microclimate \ domestic architecture

Similar articles in the section The arts. Recreation. Entertainment. Sport

Тепловой баланс высотного здания со светопрозрачным модульным остеклением
Тепловой баланс высотного здания со светопрозрачным модульным остеклением

Горшков Р.А., Немова Д.В., Андреева Тарасова Д.С., Черкашин А.В.

The contribution of solar radiation to the heat balance of a high-rise building in the summer period using the Lakhta Center as an example
The contribution of solar radiation to the heat balance of a high-rise building in the summer period using the Lakhta Center as an example

Nemova Darya Viktorovna, Olshevskiy Vyacheslav Ianushevich, Gorshkov Alexander Sergeevich, Kotov Evgeny Vladimirovich, Kilbas Sofia Vitalievna

Особенности учёта ветрового режима при проектировании жилой застройки в целях проветривания и ветрозащиты
Особенности учёта ветрового режима при проектировании жилой застройки в целях проветривания и ветрозащиты

Оленьков Валентин Данилович, Колмогорова Алена Олеговна, Бараков Ильсур Ильдусович, Белов Михаил Андреевич, Хакимов Владислав Юрьевич

Short address: https://sciup.org/147154344

IDS: 147154344   |   UDC: 72.04