Terra Eco-Shell 3D
Detailed Description
Project Details
- In your project's current stage of development, how does it align with the OPENNESS value of the Distributed Design Platform?
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Project Suggestion:
Hybrid Topological Optimization Strategies for 3D Printing Shell Wall Envelopes using Earth-Based Composites.
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Objective:
Develop sustainable and efficient shell wall envelopes for 3D printing using earth-based composites.
This project will focus on community engagement, leveraging local materials, and optimizing structural performance through hybrid topological optimization strategies.
Objective: Understand the specific needs and preferences of local communities regarding wall envelope design and material use.
Material Sourcing :
Objective: Utilize locally available earth-based materials to create sustainable composites for 3D printing by developing a material matrix including different types of fibers as an approach to waste reduction, and recycling process.
Hybrid Topological Optimization:
Objective: Develop a hybrid topological optimization strategy that enhances the structural performance and sustainability of the shell wall envelopes.
3D Printing and Manufacturing :
Objective: establish a deep understanding of the crane wasp system for 3D printing the optimized shell wall envelopes using the developed earth-based composites.
The main advantages of developing self-supported optimised geometries :
Customized Geometry: Create complex and customized shapes that optimize structural performance and aesthetic appeal.
Material Efficiency: Utilize materials more efficiently, reducing waste and enhancing sustainability.
No Formwork Needed: Eliminate the need for traditional formwork, simplifying the construction process.
Increased Speed: Accelerate the construction process through faster and more precise fabrication methods.
Objective: Distribute the 3D printed shell wall envelopes locally and provide guidance on their installation and customization.
The principle of openness is central to this project. By transparently sharing design processes, materials research, and 3D printing techniques for optimisation processes, we enable others to replicate, improve, and adapt the project. This openness not only fosters innovation but also broadens the project's impact by making the technology accessible to a wide range of communities(Human machine collaboration). Open sharing ensures that knowledge and advancements are not siloed but are available for anyone
interested in sustainable construction using earth-based composites. This can lead to a more rapid and widespread adoption of environmentally friendly building practices, ultimately contributing to a global reduction in construction-related environmental impacts.
- In your project's current stage of development, how does it align with the COLLABORATIVE value of the Distributed Design Platform?
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Collaboration with local communities is a cornerstone of this construction 3D printing project. Engaging community members through participatory co-design is essential for
understanding their specific needs and preferences in the context of building and construction. This collaborative approach ensures that the final product, which includes 3D printed shell wall envelopes, is tailored to the community's unique context, making it more likely to be accepted and used effectively. By involving local stakeholders in the design process, we can incorporate their insights and cultural values into the 3D printed structures, which leads to a product that not only meets functional and structural requirements but also resonates with the community on a cultural level. This approach fosters a sense of ownership and empowerment among local participants, enhancing the long-term sustainability and impact of the project. By directly involving the community in the 3D printing design and construction phases, we ensure that the final structures are relevant, appropriate, and supported by those who will use and maintain them.
- In your project's current stage of development, how does it align with the REGENERATIVE value of the Distributed Design Platform?
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The project aspires to go beyond sustainability towards regenerative design principles. By using earth-based composites that are locally sourced, we aim to create building materials that restore and enhance local ecological systems rather than depleting them. This involves prioritizing materials and processes that are renewable and have minimal environmental impact. For instance, incorporating agricultural by-products or recycled materials into the composites can reduce waste and promote circular economy principles. The goal is to develop a construction method that not only reduces harm but actively contributes to the health and vitality of the environment, thereby supporting regenerative design principles.
- In your project's current stage of development, how does it align with the ECOSYSTEMIC value of the Distributed Design Platform?
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Designing with an eco-systemic perspective involves recognizing and integrating the complex interactions between cultural, natural, and social aspects, specifically in the context of using earth-based composites for construction. This holistic approach ensures that the 3D-printed shell wall envelopes not only meet structural and environmental standards but also contribute positively to the local social and cultural fabric. For example, using locally available earth-based materials and incorporating traditional construction techniques can preserve cultural heritage while providing modern benefits, such as improved thermal performance and insulation. By leveraging multi-optimization methods, we can enhance the thermal properties and insulation efficiency of the earth-based composites, ensuring that the structures are energy-efficient and comfortable for occupants. This comprehensive approach ensures that the project supports and enriches the entire ecosystem it operates within, leading to more resilient and integrated community development. The use of advanced optimization strategies not only maximizes material efficiency but also enhances the overall sustainability and performance of the construction, ensuring that the benefits are multifaceted and far-reaching.
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