The thesis abstract discusses the role of material and tectonic exploration in architecture, particularly in the context of floating architecture. Here are the key points:
Floating Architecture: Unlike houseboats, floating structures lack propulsion systems and can be anchored to the shore or the seafloor. They are resilient to fluctuating water levels, offering a sustainable solution to rising sea levels.
Material Exploration: The foundations of these floating structures are typically constructed from concrete and foam. These heavy and stable materials allow the structure to adjust to changing sea levels, demonstrating the importance of material exploration in this architectural innovation.
Tectonic Exploration: The abstract discusses three types of architectural solutions to climate change: flood-resilient architecture, floating architecture, and amphibious architecture. Each represents a different approach to building design and construction, highlighting the role of tectonic exploration in developing sustainable solutions.
Example - Green Float: The “Green Float” is a proposed Mega Floating City by Shimizu Corporation, Japan. The concept integrates “Green Innovation” and “Float Innovation” to achieve a self-sufficient, zero-carbon, and zero-emission city that is unaffected by rising sea levels and offers high flexibility for city growth.
In conclusion, the abstract suggests that material and tectonic exploration play a crucial role in floating architecture, presenting a viable and sustainable solution to urban expansion and climate change challenges. This underscores the importance of exploring new materials and construction techniques in future city planning and development.
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