The increasing frequency and intensity of natural disasters have negative implications for human communities as many are situated in high-risk areas and exhibit substantial vulnerability during emergencies. Emergency housing serves as a critical intervention during the risk management phase, offerin...
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https://revistas.sena.edu.co/index.php/idea/article/view/6888 |
| Summary: | The increasing frequency and intensity of natural disasters have negative implications for human communities as many are situated in high-risk areas and exhibit substantial vulnerability during emergencies. Emergency housing serves as a critical intervention during the risk management phase, offering a strategic framework to enhance community resilience in post-disaster scenarios. Key design considerations for emergency housing include habitability, architectural composition, and technical feasibility, which are essential for this type of housing. This project aims to suggest a prototype for detachable, adaptable, and rapidly deployable emergency housing tailored to the specific conditions of San Andrés and Providencia. The proposed design prioritizes minimum habitability standards while providing security and stability for affected families, thereby enhancing the efficiency and contextual relevance of disaster response strategies. The methodology adopted is rooted in evidence-based architecture, emphasizing the evaluation and refinement of existing design models to align with the specific requirements of the case study. The proposed prototype features a wood structural system constructed with Pinus patula Schiede ex Schltdl. & Cham., utilizing a lightweight frame construction methodology. The design includes a functional area of 17.86 m², optimized for single-family use, and incorporates elements inspired by the traditional architecture of the San Andrés and Providencia Archipelago. A validation process with the Raizal community is planned to assess the design's viability and integrate feedback, ensuring cultural acceptance and practical applicability as a reliable emergency response solution for future disasters. |
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