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=='''Project Abstract'''== | |||
This project proposes a deployable "Active Envelope" for Moon habitats, integrating human movement, parametric design, and soft actuator technology. | |||
First, the design is driven by interior human movement. A parametric design system simulates daily astronaut activities (working, living, sleeping) to generate the most efficient spatial volume and shape. | |||
Second, to build this shape on the Moon, the envelope functions as an inflatable soft actuator. Driven by air pressure, this lightweight structure is easy to transport and deploy, avoiding heavy traditional building materials. | |||
Ultimately, parametric design defines the optimal living space, while soft actuator technology enables its physical expansion and rigidity. Together, they create a highly adaptable and smart lunar architecture. | |||
== '''Presentation''' == | |||
< | <html> | ||
<iframe | |||
src="https://docs.google.com/presentation/d/123c_i2MiXp6Rej4tZW6v9bjT7L8_TIwy/embed?start=false&loop=false&delayms=3000" | |||
frameborder="0" | |||
width="850px" | |||
height="500px" | |||
allowfullscreen="true" | |||
mozallowfullscreen="true" | |||
webkitallowfullscreen="true"> | |||
</iframe> | |||
</html> | |||
'''Zoom Link''' | |||
https://tudelft.zoom.us/j/94159913691 | |||
Latest revision as of 12:24, 10 June 2026
Project Abstract
This project proposes a deployable "Active Envelope" for Moon habitats, integrating human movement, parametric design, and soft actuator technology.
First, the design is driven by interior human movement. A parametric design system simulates daily astronaut activities (working, living, sleeping) to generate the most efficient spatial volume and shape.
Second, to build this shape on the Moon, the envelope functions as an inflatable soft actuator. Driven by air pressure, this lightweight structure is easy to transport and deploy, avoiding heavy traditional building materials.
Ultimately, parametric design defines the optimal living space, while soft actuator technology enables its physical expansion and rigidity. Together, they create a highly adaptable and smart lunar architecture.
Presentation
Zoom Link https://tudelft.zoom.us/j/94159913691
