Including the human component in simulation software is of primary importance to enhancethe building's design and management. In particular, the user-window interaction impactssignificantly energy and comfort profiles. Through an environmental and behaviouralmonitoring, this research investigated windows' opening and closing actions during thesummer season in three offices. The analyses highlighted that the behaviours are influencedby both environmental factors and time-related events. Using logistic regression techniques,stochastic behavioural models have been developed to predict windows status.
Measuring users-windows interactions in buildings: behavioural models for the summer season / Naspi, Federica; Stazi, Francesca; Arnesano, Marco; Seri, Federico; Zampetti, Lorenzo; Revel, Gian Marco; D'Orazio, Marco. - In: TEMA. - ISSN 2421-4574. - ELETTRONICO. - 4:1(2018), pp. 01-12. [10.17410/tema.v4i1.164]
Measuring users-windows interactions in buildings: behavioural models for the summer season
Federica Naspi
;Francesca Stazi;Marco Arnesano;Federico Seri;Lorenzo Zampetti;Gian Marco Revel;Marco D'Orazio
2018-01-01
Abstract
Including the human component in simulation software is of primary importance to enhancethe building's design and management. In particular, the user-window interaction impactssignificantly energy and comfort profiles. Through an environmental and behaviouralmonitoring, this research investigated windows' opening and closing actions during thesummer season in three offices. The analyses highlighted that the behaviours are influencedby both environmental factors and time-related events. Using logistic regression techniques,stochastic behavioural models have been developed to predict windows status.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
