A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
IT and sustainability - a method for landscape recovery in abandoned stone quarries
This paper concerns the intelligent use of information technology in an interdisciplinary team, which is working on architectural project development and industrial manufacturing, and illustrates in a case study an innovative solution for the recovery of landscapes altered by extensive quarrying. The following project regards an abandoned stone quarry in Verona, Italy. Its initial planning phase for an adaptive reuse of the existing cavities departs from the creative application of digital techniques in architectural design. Of particular interest is however the collaborative development phase of the project empowered by the implementation of an extensive knowledge network, which by testing unexplored territories, promises new applications to the natural stone industry. The fluid integration between design and fabrication, a kind of "file to factory" operation, permits the manufacturing of complex natural stone surfaces and the development of a project detail mock-up. The digital techniques of the formfinding process foster the realization of a hybrid figure between architecture and landscape, which, by way of its formal and material presence, smoothly integrates into its natural environment and interprets with a new sustainable methodology the redevelopment of the fractured landscape. (9 pages)
IT and sustainability - a method for landscape recovery in abandoned stone quarries
This paper concerns the intelligent use of information technology in an interdisciplinary team, which is working on architectural project development and industrial manufacturing, and illustrates in a case study an innovative solution for the recovery of landscapes altered by extensive quarrying. The following project regards an abandoned stone quarry in Verona, Italy. Its initial planning phase for an adaptive reuse of the existing cavities departs from the creative application of digital techniques in architectural design. Of particular interest is however the collaborative development phase of the project empowered by the implementation of an extensive knowledge network, which by testing unexplored territories, promises new applications to the natural stone industry. The fluid integration between design and fabrication, a kind of "file to factory" operation, permits the manufacturing of complex natural stone surfaces and the development of a project detail mock-up. The digital techniques of the formfinding process foster the realization of a hybrid figure between architecture and landscape, which, by way of its formal and material presence, smoothly integrates into its natural environment and interprets with a new sustainable methodology the redevelopment of the fractured landscape. (9 pages)
IT and sustainability - a method for landscape recovery in abandoned stone quarries
Pongratz, C.R. (author)
2006-01-01
Article (Journal)
English
natural stone industry , digital formfinding process , quarrying industry , computer animation , industrial manufacturing , abandoned stone quarry , fluid integration , project detail mock-up development , CAD/CAM , construction industry , collaborative development phase , extensive knowledge network , complex natural stone surface manufacturing , landscape recovery , architectural design , architectural CAD , solid modelling , architectural project development , information technology
Study on stability evaluation of the underground openings in the abandoned `Ohya Stone' quarries
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Engineering Index Backfile | 1905
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