3D scanning and modelling of Parthenon's Frieze
Official Page
The main objective of the project is the creation of a high accuracy digital dbase of the Parthenon's frieze, including multi-temporal restoration phases. The 50 m in Acropolis museum will be digitized using a high accuracy structured light scanner.
This digitization will address the problematic positioning and restoration of missing parts between stones that are separated in Acropolis & British museum.
From our part, the whole projects is an exercise to compare non contact 3D point cloud modelling techniques, towards a comprehensive manual for such digital 'copying' and restoration processes for similar objects. Photo1 from Acropolis museum, photo2 from British museum
Partners:
Geoanalysis S.A (Co-ordinator)
Acropolis Museum
Laboratory for machine tools & Manufacturing, Aristoteles University Thessaloniki
Recent info
Closing seminar 28th February, on Acropolis museum
Programmehttp://www.kathimerini.gr/756563/article/politismos/polh/to-8ayma-ths-texnologias
printed material
The main objective of the project is the creation of a high accuracy digital dbase of the Parthenon's frieze, including multi-temporal restoration phases. The 50 m in Acropolis museum will be digitized using a high accuracy structured light scanner.
This digitization will address the problematic positioning and restoration of missing parts between stones that are separated in Acropolis & British museum.
From our part, the whole projects is an exercise to compare non contact 3D point cloud modelling techniques, towards a comprehensive manual for such digital 'copying' and restoration processes for similar objects. Photo1 from Acropolis museum, photo2 from British museum
Partners:
Geoanalysis S.A (Co-ordinator)
Acropolis Museum
Laboratory for machine tools & Manufacturing, Aristoteles University Thessaloniki
Recent info
Closing seminar 28th February, on Acropolis museum
Programmehttp://www.kathimerini.gr/756563/article/politismos/polh/to-8ayma-ths-texnologias
printed material
|
|
