The research focuses on some key factors of contemporary Japanese architecture, useful to challenge the training approach of professionals working in the construction sector and directs it towards the use of generative design tools for the design of building envelopes. Japanese architects have always shown great sensitivity in the modelling of complex geometries: these skills can be found both in the field of design (e.g. the ancient art of origami) and of architecture (e.g. the double-skin facades of modern buildings). The modern technologies support the modeling phase, within a continuous process that, thanks to the ability to interface with CNC machines, allows a precise correspondence between concept and final product. The digital tools that regulate this process, based on a parametric approach, introduce new formal possibilities for the tessellation of space and the development of innovative building envelope systems and new architectural languages. The research, which does not neglect the historical and spiritual fundaments and the inspiring principles of tradition, analyses these new architectural languages focusing on the link between the model and the variation of the layering of the building envelope components. Definitely, the final objective is to highlight the significant role of digital technology in the field of design for the development of new models derived from a design process that includes the typical connotations of the local building tradition. The analysis of these models could be an important learning tool for guaranteeing continuity between past and future and contributing to the dissemination of knowledge and culture.

ANALISI DELLA “PELLE” DEGLI EDIFICI GIAPPONESI DALLA TRADIZIONE ALLA CONTEMPORANEITÀ

Cristiana Bartolomei
;
Cecilia Mazzoli
;
Caterina Morganti
;
2021

Abstract

The research focuses on some key factors of contemporary Japanese architecture, useful to challenge the training approach of professionals working in the construction sector and directs it towards the use of generative design tools for the design of building envelopes. Japanese architects have always shown great sensitivity in the modelling of complex geometries: these skills can be found both in the field of design (e.g. the ancient art of origami) and of architecture (e.g. the double-skin facades of modern buildings). The modern technologies support the modeling phase, within a continuous process that, thanks to the ability to interface with CNC machines, allows a precise correspondence between concept and final product. The digital tools that regulate this process, based on a parametric approach, introduce new formal possibilities for the tessellation of space and the development of innovative building envelope systems and new architectural languages. The research, which does not neglect the historical and spiritual fundaments and the inspiring principles of tradition, analyses these new architectural languages focusing on the link between the model and the variation of the layering of the building envelope components. Definitely, the final objective is to highlight the significant role of digital technology in the field of design for the development of new models derived from a design process that includes the typical connotations of the local building tradition. The analysis of these models could be an important learning tool for guaranteeing continuity between past and future and contributing to the dissemination of knowledge and culture.
2021
Redrawing the future of graphic expression applied to building
573
588
Cristiana Bartolomei, Cecilia Mazzoli, Caterina Morganti, Alfonso Ippolito
File in questo prodotto:
Eventuali allegati, non sono esposti

I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.

Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/834759
 Attenzione

Attenzione! I dati visualizzati non sono stati sottoposti a validazione da parte dell'ateneo

Citazioni
  • ???jsp.display-item.citation.pmc??? ND
  • Scopus ND
  • ???jsp.display-item.citation.isi??? ND
social impact