A shell structure composed of glass fiber reinforced concrete and enriched with living Icelandic lichens offers a sustainable habitat that seamlessly integrates with its harsh environment while providing essential communal living spaces.
5 key facts about this project
01
Aerodynamic curved form minimizes wind resistance in harsh climatic conditions.
02
Integration of living Icelandic lichens enhances thermal performance and ecological connection.
03
Construction employs glass fiber reinforced concrete for durability and insulation.
04
Modular design allows for efficient assembly and disassembly in various locations.
05
Strategically placed ventilation chimney promotes natural airflow throughout the interior.
General keywords
The architectural design project presents a spherical structure located in Iceland, integrating seamlessly with the surrounding landscape. This design emphasizes sustainability and resilience to the harsh climatic conditions typical of the region. With its aerodynamic form, the building minimizes wind resistance while maximizing thermal efficiency, exemplifying a thoughtful response to environmental challenges.
The structure serves multiple functions, including a living area, vestibule, and dormitory, creating a sense of community through spatial organization. The internal layout allows for fluid movement between spaces, fostering interaction among occupants. Large windows throughout the design enhance natural light while providing unobstructed views of the picturesque Icelandic landscape, further connecting the interior with the exterior.
Unique Design Approaches
The project's distinctive features set it apart from traditional architectural designs. The use of laminated timber for structural framing provides strength without excessive weight, aligning with sustainable construction practices. Additionally, the choice of glass fiber reinforced concrete for the exterior shell offers durability and thermal insulation, essential for maintaining a comfortable indoor environment.
Living materials, specifically Icelandic lichens, are integrated into the façade, contributing to local biodiversity while enhancing the aesthetic appeal. This approach not only establishes an ecological relationship between the building and its environment but also promotes an adaptive design that responds to seasonal changes. The aerodynamic shape is engineered to withstand winds of up to 220 km/h, reinforcing the project’s practical considerations for occupant safety.
Functional Aspects and Materiality
The design incorporates various materials that enhance the structure's performance and longevity. Natural finishes such as linen and cork composites improve insulation inside the building, while a rubberized flooring system provides durability and safety. An insulation layer of 30 mm thickness features prominently throughout, crucial for energy efficiency and thermal comfort.
The building layout facilitates optimal ventilation through an active ventilation chimney and strategically placed openings that promote air circulation. This feature is critical in maintaining a healthy indoor atmosphere, particularly in the cold and damp Icelandic climate.
For readers interested in a more detailed exploration of the project, the presentation includes architectural plans, sections, and designs that illustrate the innovative ideas underpinning this unique architectural endeavor. Review these elements to gain a comprehensive understanding of the project’s implications for architectural practice and sustainable design.
The structure serves multiple functions, including a living area, vestibule, and dormitory, creating a sense of community through spatial organization. The internal layout allows for fluid movement between spaces, fostering interaction among occupants. Large windows throughout the design enhance natural light while providing unobstructed views of the picturesque Icelandic landscape, further connecting the interior with the exterior.
Unique Design Approaches
The project's distinctive features set it apart from traditional architectural designs. The use of laminated timber for structural framing provides strength without excessive weight, aligning with sustainable construction practices. Additionally, the choice of glass fiber reinforced concrete for the exterior shell offers durability and thermal insulation, essential for maintaining a comfortable indoor environment.
Living materials, specifically Icelandic lichens, are integrated into the façade, contributing to local biodiversity while enhancing the aesthetic appeal. This approach not only establishes an ecological relationship between the building and its environment but also promotes an adaptive design that responds to seasonal changes. The aerodynamic shape is engineered to withstand winds of up to 220 km/h, reinforcing the project’s practical considerations for occupant safety.
Functional Aspects and Materiality
The design incorporates various materials that enhance the structure's performance and longevity. Natural finishes such as linen and cork composites improve insulation inside the building, while a rubberized flooring system provides durability and safety. An insulation layer of 30 mm thickness features prominently throughout, crucial for energy efficiency and thermal comfort.
The building layout facilitates optimal ventilation through an active ventilation chimney and strategically placed openings that promote air circulation. This feature is critical in maintaining a healthy indoor atmosphere, particularly in the cold and damp Icelandic climate.
For readers interested in a more detailed exploration of the project, the presentation includes architectural plans, sections, and designs that illustrate the innovative ideas underpinning this unique architectural endeavor. Review these elements to gain a comprehensive understanding of the project’s implications for architectural practice and sustainable design.
