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Tesi etd-05062019-154505


Thesis type
Tesi di laurea magistrale LM5
Author
PALUMBO, MASSIMILIANO
URN
etd-05062019-154505
Title
Progetto del nuovo polo didattico di ingegneria e analisi dinamica dell'illuminazione naturale
Struttura
INGEGNERIA DELL'ENERGIA, DEI SISTEMI, DEL TERRITORIO E DELLE COSTRUZIONI
Corso di studi
INGEGNERIA EDILE-ARCHITETTURA
Supervisors
relatore Prof. Leccese, Francesco
correlatore Prof. Lanini, Luca
controrelatore Prof. Salvadori, Giacomo
Parole chiave
  • madm
  • daylight
  • illuminazione
  • cbm
  • climate-based-modelling
  • ladybug
  • daylit
  • kinetic
  • facciate cinetiche.
Data inizio appello
13/06/2019;
Consultabilità
Secretata d'ufficio
Riassunto analitico
This research examines the global trend of natural light on a single building
situated in Pisa, Italy.
The project’s scope is aimed to investigate ways to integrate environmental
simulation, spatial performance, and design intent criteria through the multi
attribute decision making process (MADM) in order to increase holistic project
quality and to develop a research on Intelligent Façade Systems, according to
the need to identify the technological, functional and performance parameters
that guide the choices of the actors in the process and push them to develop
solutions to transform the envelope of the building from static to dynamic and
establish a dialogue between the architectural function and the light one.
Parametric design tools (Grasshopper), simulation software(Ladybug Tools) and
Microsoft Excel are used to facilitate the processes.
The approach consists in the discretization of the façade problem concerning
its three geometric dimensions and insert shading devices according to the
latter, in order to obtain as many possible scenarios for the MADM process to
identify the best one, using as set of attributes the annual‐based metrics and
the field of view for the reintegration of building‐city‐territory through
sight and as psychological factor.
Secondly, point‐in‐time testing were carried out on the phenomenon of glare for
the purpose of investigate the movement of shading devices to avoid discomfort.
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