This thesis investigates sustainable alternatives for high-density living in fast urbanizing cities, using Pune, India, as a case study. In the face of increasing urbanization and environmental challenges, the idea presents an alternative to traditional high-rise towers: a modular neighborhood that combines urban density with soil preservation. The design uses a novel triangular truss system to stack modular units, maximizing vertical space while leaving the ground floor open for community interaction and urban integration. This novel strategy encourages not only high-density living, but also flexibility, social involvement, and the preservation of important green places. The study comprises a structural analysis of the triangle stacking system and the utilization of rectangular modules, as well as extensive calculations to ensure the proposed design’s practicality. Additionally, the research incorporates locally sourced, sustainable materials such as bamboo and jute, which were selected for their compatibility to Pune’s environment and cost-effectiveness. The thesis proposes a versatile and scalable strategy for future urban growth that balances density, environmental sustainability, and social connectivity by investigating several structural connection typologies. The findings provide a forward-thinking paradigm for resolving the issues faced by expanding urbanization, resulting in settings where communities can prosper while respecting the environment.
Questa tesi esamina alternative sostenibili per la vita ad alta densità nelle città in rapida urbanizzazione, utilizzando Pune, India, come caso di studio. Di fronte alla crescente urbanizzazione e alle sfide ambientali, l'idea presenta un'alternativa alle tradizionali torri di grattacieli: un quartiere modulare che combina la densità urbana con la conservazione del suolo. Il progetto utilizza un nuovo sistema di capriate triangolari per impilare unità modulari, massimizzando lo spazio verticale e lasciando il piano terra aperto all'interazione della comunità e all'integrazione urbana. Questa nuova strategia incoraggia non solo la vita ad alta densità, ma anche flessibilità, coinvolgimento sociale e la conservazione di importanti spazi verdi. Lo studio comprende un'analisi strutturale del sistema di impilamento triangolare e l'utilizzo di moduli rettangolari, nonché calcoli approfonditi per garantire la praticità del progetto proposto. Inoltre, la ricerca incorpora materiali sostenibili di provenienza locale come bambù e juta, che sono stati selezionati per la loro compatibilità con l'ambiente di Pune e la convenienza. La tesi propone una strategia versatile e scalabile per la futura crescita urbana che bilancia densità, sostenibilità ambientale e connettività sociale, esaminando diverse tipologie di connessione strutturale. I risultati forniscono un paradigma lungimirante per risolvere i problemi affrontati dall'espansione dell'urbanizzazione, dando vita a contesti in cui le comunità possono prosperare rispettando l'ambiente.
High density housing : solution to rapid urbanization, avoiding towers, preserving soil and enhance urban integration
Nikumbh, Sourabh Prashant
2024/2025
Abstract
This thesis investigates sustainable alternatives for high-density living in fast urbanizing cities, using Pune, India, as a case study. In the face of increasing urbanization and environmental challenges, the idea presents an alternative to traditional high-rise towers: a modular neighborhood that combines urban density with soil preservation. The design uses a novel triangular truss system to stack modular units, maximizing vertical space while leaving the ground floor open for community interaction and urban integration. This novel strategy encourages not only high-density living, but also flexibility, social involvement, and the preservation of important green places. The study comprises a structural analysis of the triangle stacking system and the utilization of rectangular modules, as well as extensive calculations to ensure the proposed design’s practicality. Additionally, the research incorporates locally sourced, sustainable materials such as bamboo and jute, which were selected for their compatibility to Pune’s environment and cost-effectiveness. The thesis proposes a versatile and scalable strategy for future urban growth that balances density, environmental sustainability, and social connectivity by investigating several structural connection typologies. The findings provide a forward-thinking paradigm for resolving the issues faced by expanding urbanization, resulting in settings where communities can prosper while respecting the environment.| File | Dimensione | Formato | |
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2024_12_Nikumbh_Thesis Booklet.pdf
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Descrizione: This thesis investigates a sustainable, high-density housing option for rapidly urbanizing cities, using Pune, India as an example. It offers a modular, low-rise alternative to conventional high-rise towers that prioritizes soil protection and community integration. The design uses a triangular truss system to stack modular units vertically, freeing up ground space for social interaction, green spaces, and other important urban activities. Structural analysis, together with the utilization of locally sourced materials such as bamboo and jute, contributes to the model's viability and sustainability. By investigating flexible modular connections and different layouts, this study suggests an adaptable, scalable urban housing concept that promotes community connectivity while solving urban expansion challenges.
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https://hdl.handle.net/10589/230361