Arsitektonik Adaptabel: Rekayasa Tektonika Safe Haven Dalam Konteks Pleistoseista Gempa Tektonik

Abdullah, Dani Muhari (2025) Arsitektonik Adaptabel: Rekayasa Tektonika Safe Haven Dalam Konteks Pleistoseista Gempa Tektonik. Other thesis, Institut Teknologi Sepuluh Nopember.

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Abstract

Proposal ini bertujuan mengeksplorasi teori Adaptable Architecture sebagai solusi arsitektural dalam menyediakan tempat berlindung dan aman selama gempa tektonik. Proposal ini menganalisis strategi-strategi rancang yang memungkinkan adaptasi struktural dan fungsional bangunan dalam keadaan bencana. Dengan memanfaatkan teknologi struktur adaptif dan prinsip arsitektur yang dapat diubah, proposal ini menyajikan framework rancang inovatif untuk menciptakan bangunan yang tangguh menghadapi gempa tektonik dan fleksibel dalam fungsinya. Framework yang digunakan adalah Concept-based Framework, yang menetapkan ide dan organisasi utama terlebih dahulu sebelum menyesuaikan elemen-elemen lainnya. Pendekatan Adaptable Architecture digunakan untuk merancang bangunan yang dapat merespons perubahan kebutuhan dan kondisi lingkungan, termasuk bencana alam. Metode yang diterapkan adalah Tektonika Arsitektur, yaitu bagaimana material bergabung, berinteraksi, dan berkontribusi pada bentuk, fungsi bangunan, dan keseluruhan pengalaman estetika dan fungsional ruang. Alat yang digunakan meliputi software model 3D dan simulasi bangunan untuk memvisualisasikan dan menguji adaptabilitas serta ketahanan rancangan dalam berbagai skenario bencana. Hasil proposal ini mengusulkan bangunan sekolah dasar yang dapat bertransformasi menjadi pusat evakuasi yang efisien dan aman selama dan setelah keadaan gempa, mengurangi risiko dan dampak gempa bumi pada masyarakat. Konsep ini menggabungkan berbagai fitur adaptif seperti struktur adaptif, dinding yang dapat dipindahkan, furnitur modular, dan sistem hemat energi untuk meningkatkan adaptabilitas dan keberlanjutan bangunan.
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This proposal aims to explore the theory of Adaptable Architecture as an architectural solution in providing shelter and safety during tectonic earthquakes. The proposal analyzes design strategies that enable structural and functional adaptation of buildings in disaster situations. By utilizing adaptive structural technologies and the principles of changeable architecture, this proposal presents an innovative design framework to create buildings that are resilient to tectonic earthquakes and flexible in function. The framework used is the Concept-based Framework, which establishes the main idea and organization first before adjusting the other elements. The Adaptable Architecture approach is used to design buildings that can respond to changing needs and environmental conditions, including natural disasters. The method applied is Architectural Tectonics, which is how materials combine, interact, and contribute to the form, function of the building, and the overall aesthetic and functional experience of the space. The tools used include 3D model software and building simulation to visualize and test the adaptability and resilience of the design in various disaster scenarios. This proposal proposes an elementary school building that can transform into an efficient and safe evacuation center during and after an earthquake, reducing the risk and impact of earthquakes on the community. The concept incorporates various adaptive features such as adaptive structures, movable walls, modular furniture, and energy-efficient systems to increase the adaptability and sustainability of the building.

Item Type:	Thesis (Other)
Uncontrolled Keywords:	Adaptable Architecture, Adaptive Structure, Tectonic Earthquake, Tropical Earthquake, Evacuation Center
Subjects:	N Fine Arts > NA Architecture N Fine Arts > NA Architecture > NA2750 Architectural design. N Fine Arts > NA Architecture > NA6600 Education buildings
Divisions:	Faculty of Civil, Planning, and Geo Engineering (CIVPLAN) > Architecture > 23201-(S1) Undergraduate Thesis
Depositing User:	Dani Muhari Abdullah
Date Deposited:	03 Feb 2025 14:42
Last Modified:	03 Feb 2025 14:42
URI:	http://repository.its.ac.id/id/eprint/117903

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