A Proposed Design of Disaster-Resilient Dome Multi-Purpose Building
Year: 2025
Type: article
Abstract: In the Philippines, where natural disasters frequently occur, there is a critical need for disaster-resilientevacuation infrastructure. This study addresses the limitations of existing facilities by proposing aninnovative solution: the Disaster-Resilient Dome Multi-Purpose Building. Through a systematic approachinvolving capacity design, structural analysis, and cost-effectiveness evaluations, the research aims toprovide a comprehensive solution. The methodology includes precise data collection, compliance with theNational Structural Code of the Philippines (NSCP) 2015, architectural planning using AutoCAD, andstructural analysis with STAAD.Pro and CSI SAFE software. The structure is designed to withstandseismic and wind loads, and the foundation is tailored to the prevailing soil conditions. Cost-analysishighlights the project's feasibility, demonstrating its capacity to accommodate 130 families of four. Withreinforced structural elements such as W-shaped steel beams and columns, the proposed dome evacuationcenter is a practical and resilient solution for safeguarding communities in disaster-prone regions of thePhilippines. This innovative approach not only addresses the immediate need for safer evacuationinfrastructure but also establishes a precedent for sustainable disaster preparedness strategies. The multipurpose functionality of the building allows it to fulfill various community needs during non-disasterperiods, enhancing its utility and value. The proposed design aims to not only withstand disasters but also serve as a model of resilience for vulnerable areas throughout the Philippines by incorporating meticulousplanning. This approach ensures the long-term sustainability and effectiveness of the evacuationinfrastructure, providing a prototype that can be replicated in other disaster-prone regions.
Author: Asher Antonio M. Mercado, Jazzy Andrea S. Dabu, Lawrence Daryl R. Batac, Charles D. Manalansan, Kian Dane V. Miguel, Rhommel U. Sarmiento, Ariel G. Pabalate, John Robert D. Gabriel
Language: English
Subfield: Civil and Structural Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7077144528
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