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High Hopes Жилая вилла — Mahyar Arab Bourbour

Работа High Hopes Жилая вилла дизайнера Mahyar Arab Bourbour является высоко ценимым лауреатом престижной премии 2022 Бронзовая премия A' Design Award в конкурсной категории Архитектура, строительство и проектирование конструкций.


БронзоваяАрхитектура· 2022

High Hopes Жилая вилла

Автор: Mahyar Arab Bourbour

Клиент: Mahyar Arab Bourbour

Лауреат премии Бронзовая премия A' Design Award в категории Архитектура

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Дизайн

О дизайне High Hopes Жилая вилла

«High Hopes» — жилая вилла, построенная на склоне холма в Чадегане, Исфахан, Иран. Проект отражает три времени: прошлое, настоящее и будущее. План следует линиям, взятым от реки Заянде, тогда как объём соединяет форму горы с иранской аркой. Алгоритмические методы применялись для отклика на солнце, ветер, дождь, снег и уклон рельефа. Навесы, высокие окна и стеклянный атриум пропускают внутрь естественный свет и способствуют естественной вентиляции. Кирпич, бетон, блоки ICF и минеральные покрытия снижают энергопотребление до 70 процентов и повышают сейсмостойкость.

Признание

О награде Бронзовая премия A' Design Award

High Hopes Жилая вилла — лауреат Бронзовой премии A' Design Award, весьма престижного признания, присуждаемого выдающимся проектам, отличающимся творческим подходом, изобретательностью и сообразительностью. Обладатели Бронзовой премии — это в полной мере искусные и поразительно творческие произведения, свидетельствующие об огромном опыте, воображении и находчивости их авторов. Ожидается, что High Hopes Жилая вилла станет высокоценимым, вызывающим восхищение и дорогим сердцу объектом, заметно профессиональным и инновационным. Этот проект, получивший Бронзовую премию A' Design Award, воплощает лучшие практики в искусстве, науке, дизайне и технологиях и превосходен вниманием к деталям. High Hopes Жилая вилла прекрасно удовлетворяет потребности, затрагивает желания, очаровывает чувства и пробуждает любопытство.

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Авторы, участники команды и технические детали, предоставленные дизайнером.

Уникальные свойства
Save energy by using the following:
Canopies are installed in the openings that allow maximum and minimum use of sunlight in summer and winter. Glass atrium was also used to provide sunlight to the central areas of the building. The openings of the volumes are in the direction of natural airflow and are filtered by the plants in front of the windows. Each room has a window that lets in air and another window that lets in air. The atrium acts as a chimney, sucking in air in and out.
Размеры и упаковка
Dimensions of the ground: 17 x45 meters.
Gross built area: 765 square meters.
Project infrastructure: 305 square meters.
The villa is in two main height codes, which are divided into two main sections, public and private. Public distribution includes: filter and dressing room, Salon with terrace, living room with central courtyard, kitchen, and the private area includes a master bedroom for parents - master bedroom for child - two guest bedrooms and service area including motor home and The warehouse is located in a landscape with different elevation codes.
Теги
Architecture , Residential, Villa , Modern architecture , ICF structure , Interior design , Concrete , Parametric design , Algorithm design , Saving energy
Технология производства
In the design process, algorithmic architecture has been used to solve climatic parameters such as sun, wind, rain and snow, airflow and environmental parameters such as view, slope and finally in modeling and planning in the implementation of concrete components and ICF
Also, modern technology such as the following has been used in the selection of materials:
1. ICF block with concrete for the structure to provide thermal, moisture and anti-seismic insulation
2. Mineral silicate paints for the final coating of the building and resistance to moisture and dust
3. Thermal break aluminum windows for thermal insulation
Дизайнерская задача
Solve the climatic and spatial problems of the project such as: high slope, severe winter cold, sunlight, natural air flow, landslide, the problem of the project distance from the city center and lack of adequate facilities, responding to client demands such as view of the lake, The rules of the engineering system organization, including the building, should not be visible to neighbors, the height of the building from zero code should not be more than three meters and the length of the yard should not be less than 12 meters. Difficulty Demonstrating the Idea of the Past, Present, and Future in Design and Construction Finally, most of the above problems in the design and implementation process were solved using architectural algorithms.
Исследование
The subject of research in this building is the idea of showing the past, present and future, which shows its impact on the two components of design and construction. Design section: Using a combination of architectural symbols of past, present and future using architectural algorithms creates a volume that is defined as follows: the past includes a two-floor central courtyard, natural ventilation and the present include tall windows, Awnings and the Future is the use of an interactive algorithm for sustainable architecture and modern volume. Construction section: In the material selection process is as follows. Past: Brick, Present: Concrete and Future: ICF and Nanomaterials, the test results of which increase the comfort of the homeowner, save 70% energy, earthquake resistance.
Вдохновение
The main design idea of this villa is to show three times: past, present and future and the effect of times on each other. This idea is formed in two separate ways for plan and volume: The main idea of the plan is the main lines of the Zayand Rud River, which has been turned into three-time series. The main idea of the volume of the composition of the mountain, which is a symbol of ambition and An Iranian arch that is a symbol of the past. These lines, which symbolize the past and the future, move along the path of the plan and create volume. This idea has been used in other parts such as: material selection, the main facade of the building, interiors, two-story yard, windows, etc.
Продолжительность проекта
The land location of this villa is located in a recreational town in the mountainous region of Chadegan in Isfahan. It is located on the slopes of a hill overlooking the lake and the city of Chadegan. This project started in July 2015 in Chadegan, Isfahan, Iran and ended in October 2017. It took about 3 months to design, the initial schedule of the project was 24 months, which was postponed due to unfavorable weather conditions and distance from the capital facilities and the client's order.
Рабочий процесс
The issue that makes the space perform better in this villa is understanding the idea of combining three times and its impact on the design and construction process. Linking symbols from the past, present and future will help the landlord to have a better psychological relationship with the villa. On the other hand, the use of architect algorithms causes optimal design to create a volume responsive to environmental and climatic parameters, functional environment with creative circulation and creation of new spaces such as window site and central two floor courtyard. Also, this type of design saves 70% Energy consumption. Finally, the combination and application of traditional and modern materials such as bricks and ICF blocks and nanomaterial coatings are very effective in improving the quality of comfort, maintenance conditions, energy saving and earthquake resistance.
Патенты
Mahyar Arab Bour Bour . 2019.
Участники команды
Senior architect: Mahyar Arab bourbour
Team: Bahram Arab , Mehdi Khani
Авторы изображений
Main image #1 : DEED STUDIO ,2019,High Hopes Villa
Optional Image #2,3,4,5 : DEED STUDIO ,2019,High Hopes Villa

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