Abstract: Outdoor living spaces have become increasingly popular, offering a welcome escape from the confines of indoor living and fostering a connection with nature. Patios, decks, and gardens provide opportunities for relaxation, entertainment, and social gatherings. Gazebos, freestanding structures with roofs and open sides, add a touch of charm and functionality to these havens. Traditionally constructed from wood or metal, gazebos can be expensive and require significant maintenance, often with a higher environmental footprint. This study explores the design, analysis, and construction of a bamboo gazebo, focusing on its functionality, aesthetics, and structural integrity. The chosen bamboo species,
Dendrocalamus stocksii (Manga), is known for its well-documented strength and weight balance, making it suitable for load- bearing structures like gazebos.
Computer-aided design (CAD) and computer-aided engineering (CAE) analysis play a crucial role in optimizing the design for functionality and structural integrity. The design process considers factors like occupancy loads, wind directionality, and desired aesthetics. The CAE analysis resulted in improved design modifications to enhance wind load resistance, highlighting the effectiveness of iterative design and these powerful tools. The findings from this research contribute significantly to the development of improved bamboo gazebo designs. The project aims to pave the way for environmentally conscious and user-friendly outdoor structures. A life cycle cost analysis, a potential future exploration, could provide a more comprehensive picture of the long-term economic viability of bamboo gazebos compared to traditional materials.
