The hydrodynamic façade, constructed with steel and glass, harmoniously integrates urban living with its waterfront setting, offering a contemporary residential experience.
5 key facts about this project
01
Constructed with a hydrodynamic façade that blends functionality with visual fluidity.
02
Incorporates large glass panels for optimal light and waterfront views.
03
Features a multi-level tiered structure to enhance space utilization.
04
Utilizes innovative materials that prioritize sustainability and resilience.
05
Designed to adapt effortlessly to the surrounding urban and aquatic environment.
General keywords
The *Steel Flower* project exemplifies modern architectural design through its innovative integration of natural forms and urban functionality. Located in a prominent waterfront area, the project showcases a contemporary approach to residential living that emphasizes harmony with the environment. The structure utilizes a combination of steel, glass, wood, composite materials, and concrete to create a visually striking yet practical living space.
The architectural design features a multi-level building that is raise above the waterline, allowing for panoramic views while protecting against flooding. The façade, reminiscent of a flower's petals, tapers as it rises, presenting a fluid form that interacts dynamically with the surrounding skyline. Large glass panels are incorporated extensively throughout the design, facilitating natural light penetration and outdoor connectivity.
The primary function of the project is residential, with spaces designed to foster both communal and private living. The internal layout accommodates various living activities including dining and leisure, while several balcony areas promote interaction with the natural landscape. The open concept encourages movement and flow, while dedicated vertical circulation routes—such as elevators and staircases—ensure efficient access to all levels.
Architecturally, *Steel Flower* stands out due to its contextual relevance and innovative approach to design. The building form adapts seamlessly to its waterfront location, while the material palette enhances its modern aesthetic. The use of green roofs or potential solar panels underscores a commitment to sustainability in urban architecture.
The radial organization of spaces throughout the project offers a unique structural arrangement that deviates from conventional linear layouts, enhancing user experience and promoting a sense of community. This layout, alongside the unique façade design, allows the building to change in perception from different vantage points, further emphasizing its artistic qualities.
For a comprehensive understanding of the *Steel Flower* project, including detailed architectural plans, sections, and designs, readers are encouraged to explore the complete project presentation for an in-depth examination of its architectural ideas and functional attributes.
The architectural design features a multi-level building that is raise above the waterline, allowing for panoramic views while protecting against flooding. The façade, reminiscent of a flower's petals, tapers as it rises, presenting a fluid form that interacts dynamically with the surrounding skyline. Large glass panels are incorporated extensively throughout the design, facilitating natural light penetration and outdoor connectivity.
The primary function of the project is residential, with spaces designed to foster both communal and private living. The internal layout accommodates various living activities including dining and leisure, while several balcony areas promote interaction with the natural landscape. The open concept encourages movement and flow, while dedicated vertical circulation routes—such as elevators and staircases—ensure efficient access to all levels.
Architecturally, *Steel Flower* stands out due to its contextual relevance and innovative approach to design. The building form adapts seamlessly to its waterfront location, while the material palette enhances its modern aesthetic. The use of green roofs or potential solar panels underscores a commitment to sustainability in urban architecture.
The radial organization of spaces throughout the project offers a unique structural arrangement that deviates from conventional linear layouts, enhancing user experience and promoting a sense of community. This layout, alongside the unique façade design, allows the building to change in perception from different vantage points, further emphasizing its artistic qualities.
For a comprehensive understanding of the *Steel Flower* project, including detailed architectural plans, sections, and designs, readers are encouraged to explore the complete project presentation for an in-depth examination of its architectural ideas and functional attributes.
