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Pattern modulari nel design igroscopico con stampa 4D – Forma e programmazione del materiale

Autori

  • David Correa Università di Waterloo (Canada)
  • Fabio Bianconi Università of Perugia (Italia)
  • Marco Filippucci Università di Perugia (Italia)
  • Giulia Pelliccia Ingegnere

DOI:

https://doi.org/10.19229/2464-9309/14222023

Parole chiave:

soluzioni bio-ispirate, cambiamento di forma, programmazione del materiale, compositi a base di legno, modelli modulari

Abstract

La ricerca illustra l’impiego della stampa 4D (4DP) per la creazione di attuatori di ispirazione biologica e igro-responsivi con Compositi Polimerici di Legno (WPC), evidenziando come il controllo della cinematica attraverso la programmazione dei materiali e dei parametri di stampa consenta di ottenere meccanismi dinamici di cambiamento di forma in risposta a fattori ambientali. Nella 4DP le configurazioni geometriche degli oggetti stampati dipendono non solo dai materiali, ma anche dalla loro combinazione, dal tempo e dagli stimoli ambientali, introducendo il concetto di architettura del materiale e ridefinendo il rapporto tra forma e materia. In questo articolo viene discussa la relazione tra gli attuatori responsivi 4DP WPC, l’architettura del materiale e le deformazioni igroscopiche, evidenziando il ruolo dei modelli modulari nella definizione della reazione allo stimolo e della configurazione finale dell’oggetto.

 

Info sull'articolo

Ricevuto: 17/09/2023; Revisionato: 13/10/2023; Accettato: 22/10/2023

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Biografie autore

David Correa, Università di Waterloo (Canada)

Architetto e PhD, è Professore Associato presso il Dipartimento di Architettura e partner dello Studio LLLab Architects. La sua ricerca si occupa di strutture e processi biologici come fonte di conoscenza per lo sviluppo di nuovi processi di fabbricazione e materiali avanzati. Il suo lavoro ha vinto oltre 35 premi internazionali.
E-mail: david.correa@uwaterloo.ca

Fabio Bianconi, Università of Perugia (Italia)

Ingegnere e PhD, è Professore Associato presso il Dipartimento di Ingegneria Civile e Ambientale. Svolge le sue ricerche nell’ambito della rappresentazione, della simulazione del paesaggio, della progettazione e del rilievo architettonico. È autore di articoli pubblicati su riviste e giornali nazionali e internazionali e di diversi trattati.
E-mail: fabio.bianconi@unipg.it

Marco Filippucci, Università di Perugia (Italia)

Ingegnere e PhD, è Ricercatore presso il Dipartimento di Ingegneria Civile e Ambientale e ha partecipato a numerosi progetti di ricerca nazionali. Autore di diversi lavori, la sua ricerca si concentra sull’immagine della città, sulle tecniche digitali di rappresentazione e sul disegno architettonico e del paesaggio.
E-mail: marco.filippucci@unipg.it

Giulia Pelliccia, Ingegnere

Ingegnere e PhD con una Tesi dal titolo ‘Hygroscopic indoor design – Morphological and material programming of responsive wooden bilayers and 4D printing shape-change mechanisms’, conduce ricerche sulle proprietà igroscopiche del legno e sull’efficienza energetica degli edifici in legno, concentrandosi sulla modellazione parametrica e sulla stampa 3D.
E-mail: giulia.pelliccia@outlook.it

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Close-up view of the deformed actuator, showing the upward and downward configurations (credit: G. Pelliccia, 2023). AGATHÓN 14 | 2023

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31-12-2023

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Correa, D., Bianconi, F., Filippucci, M. e Pelliccia, G. (2023) «Pattern modulari nel design igroscopico con stampa 4D – Forma e programmazione del materiale», AGATHÓN | International Journal of Architecture Art and Design, 14, pagg. 264–273. doi: 10.19229/2464-9309/14222023.
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