The introduction of a computerised system in the drafting of a project with the BIM (Building Information Modeling) approach has changed the way we interpret design with a new test procedure translated into an universal language that can easily be accessed for the parties involved. Therefore, the aim of this thesis is to deepen the time menagement of the construction phases with the BIM approach, using it to the seismic adaptation intervention applied to the Tinchi-Pisticci hospital. The methodology used, based on the creation and the analysis of the model, allows to have an efficient management of the information, minimizing the margin of error. The study also provides clear evidence about the flexibility and interoperability of the system, thanks to the use of different but perfectly communicating softwares. This allows to minimize the uncertainties and the redundancy of the information that otherwise could be transcribed several times during the various design steps, such happens with the traditional approach. The control of the workflow throught Bim software becomes dynamic while maintaining a good degree of depth. This allows you to have a global and anticipated vision of what will happen on the construction site and the possible interference on site. In conclusion, the result of the work carried out is compared with the traditional planning and programming outputs still used today in the construction sector, in the consideration of their strengths and weaknesses.
L’introduzione di un sistema informatizzato nella redazione dei progetti con approccio BIM (Building Information Modeling) ha cambiato il modo di interpretare la progettazione proponendo un nuovo schema procedurale tradotto in un linguaggio universale, facilmente accessibile alle parti coinvolte. Il lavoro di tesi si propone di approfondire la dimensione temporale usando la metodologia BIM applicata alla gestione delle fasi di cantiere dell’intervento di adeguamento sismico fatto sul complesso ospedaliero di Tinchi-Pisticci. Il metodo impiegato, basato sulla creazione e successiva analisi di un modello, consente di gestire in maniera efficiente il flusso delle informazioni riducendo il margine di errore. Lo studio ha evidenziato, inoltre, la flessibilità e l’interoperabilità del sistema grazie alla fruizione di software differenti ma perfettamente dialoganti fra loro. Ciò permette di minimizzare le incertezze e la ridondanza delle informazioni evitando che queste vengano trascritte più volte durante i vari passaggi progettuali, così come avviene con l’approccio tradizionale. Il controllo del flusso di lavoro attraverso i software BIM diventa dinamico pur mantenendo un buon grado di approfondimento. Lo scopo è avere una visione globale e anticipata di quello che accadrà in cantiere e delle possibili interferenze in loco. Il risultato del lavoro svolto viene, infine, comparato con i tradizionali output di pianificazione e programmazione ancora oggi utilizzati in campo edilizio, valutandone i punti di forza e debolezza.
LA SICUREZZA IN CANTIERE CON L'APPROCCIO BIM: IL CASO STUDIO DELL'OSPEDALE DI TINCHI-PISTICCI "ANGELINA LODICO"
CANTARELLA, CARMEN
2019/2020
Abstract
The introduction of a computerised system in the drafting of a project with the BIM (Building Information Modeling) approach has changed the way we interpret design with a new test procedure translated into an universal language that can easily be accessed for the parties involved. Therefore, the aim of this thesis is to deepen the time menagement of the construction phases with the BIM approach, using it to the seismic adaptation intervention applied to the Tinchi-Pisticci hospital. The methodology used, based on the creation and the analysis of the model, allows to have an efficient management of the information, minimizing the margin of error. The study also provides clear evidence about the flexibility and interoperability of the system, thanks to the use of different but perfectly communicating softwares. This allows to minimize the uncertainties and the redundancy of the information that otherwise could be transcribed several times during the various design steps, such happens with the traditional approach. The control of the workflow throught Bim software becomes dynamic while maintaining a good degree of depth. This allows you to have a global and anticipated vision of what will happen on the construction site and the possible interference on site. In conclusion, the result of the work carried out is compared with the traditional planning and programming outputs still used today in the construction sector, in the consideration of their strengths and weaknesses.I documenti in UNITESI sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
https://hdl.handle.net/20.500.14253/96500