This Master thesis is a result of multiple experiences I have had and the diverse skills and knowledge I have gained from them. There have been two essential experiences which have helped me to develop this thesis: First of all the course of “Integrated Building Design” held from lecturers Pizzi and Giuliana Iannaccone, from Polytechnic University Milan. Subsequently I was able to improve my knowledge within an international environment, attending an exchange semester as an Erasmus student at Universidad Politécnica in Madrid where I attended the course “Tecnología Del Acondicionamiento Pasivo De Edificios” under the teaching of Carmen Viñas. The subject of this thesis is a Social Housing building design which has to be realized on the area that will be free after Expo 2015 in Milan. The project focuses on all the main areas of Integrated Building Design, thus it is developed on architectonic, structural, technological and all the mechanical technical equipment for the building. Presented within the project is an in-depth analysis I had in Madrid, regarding natural ventilation of different parts the. The above mentioned research was developed using STAR-CCM+ program and considered Madrid's climatic conditions, due to their similar climate to Milan. The output of the research allowed me to improve my knowledge regarding natural ventilation schemas, air fluid intensity and velocity. Furthermore it was possible to understand how these factors combined with internal space distributions and geometry influence comfort of the building itself. The final results of the simulations provided important design information for new possible design solutions regarding the internal space distribution and window dimensions to improve the passive behavior of the building in the summer season making use of the natural ventilation.
Il lavoro di tesi magistrale qui descritto è frutto dell’esperienza progettuale e delle conoscenze maturate prima all’interno del corso di “Progettazione Edilizia Integrata” tenuto dal prof. Pizzi e dalla prof.ssa Giuliana Iannaccone presso il Politecnico di Milano e successivamente approfondite durante il periodo trascorso all’Università Politecnica di Madrid nell’ambito del Progetto Erasmus sotto la guida della prof.ssa Carmen Viñas titolare del corso di “Tecnología Del Acondicionamiento Pasivo De Edificios”. Oggetto della tesi è la progettazione di un edificio di Social Housing da realizzarsi a Milano nell’area liberata successivamente a Expo 2015. Il progetto è affrontato secondo l’ottica della progettazione edilizia integrata e quindi sviluppato nelle diverse componenti: architettonica, strutturale, tecnologica ed impiantistica. L’approfondimento sviluppato a Madrid riguarda l’analisi della ventilazione naturale all’interno degli ambienti che lo compongono. Tale analisi è stata sviluppata mediante l’utilizzo del programma STAR-CCM+ considerando le condizioni climatiche di Madrid che sono molto simili a quelle della città di Milano. Tale studio ha permesso di capire come il percorso della ventilazione, la sua magnitudo, la velocità, congiuntamente ad altri aspetti legati alla geometria degli spazi, influiscono sulle condizioni di comfort interno. I risultati ottenuti dalle simulazioni offrono importanti indicazioni progettuali circa la necessità di apportare variazioni alla organizzazione degli spazi interni e delle aperture in facciata per migliorare il comportamento passivo dell’edificio durante la stagione estiva sfruttando la ventilazione naturale.
Un progetto di housing sociale per Milan Expo 2015. Studio delle condizioni di ventilazione naturale all'interno degli ambienti
GIUSSANI, PAOLO
2012/2013
Abstract
This Master thesis is a result of multiple experiences I have had and the diverse skills and knowledge I have gained from them. There have been two essential experiences which have helped me to develop this thesis: First of all the course of “Integrated Building Design” held from lecturers Pizzi and Giuliana Iannaccone, from Polytechnic University Milan. Subsequently I was able to improve my knowledge within an international environment, attending an exchange semester as an Erasmus student at Universidad Politécnica in Madrid where I attended the course “Tecnología Del Acondicionamiento Pasivo De Edificios” under the teaching of Carmen Viñas. The subject of this thesis is a Social Housing building design which has to be realized on the area that will be free after Expo 2015 in Milan. The project focuses on all the main areas of Integrated Building Design, thus it is developed on architectonic, structural, technological and all the mechanical technical equipment for the building. Presented within the project is an in-depth analysis I had in Madrid, regarding natural ventilation of different parts the. The above mentioned research was developed using STAR-CCM+ program and considered Madrid's climatic conditions, due to their similar climate to Milan. The output of the research allowed me to improve my knowledge regarding natural ventilation schemas, air fluid intensity and velocity. Furthermore it was possible to understand how these factors combined with internal space distributions and geometry influence comfort of the building itself. The final results of the simulations provided important design information for new possible design solutions regarding the internal space distribution and window dimensions to improve the passive behavior of the building in the summer season making use of the natural ventilation.| File | Dimensione | Formato | |
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2014_04_Giussani.pdf
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https://hdl.handle.net/10589/92795