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Author(s):
A. Moropoulou, M. Koui, Ch. Kourteli, N.P. Avdelidis &
N. Achilleopoulos
Abstract:
Infrared thermographs coordinated with the results of chemical analysis of stone
decay products (soluble salts-ion concentrations) and the results of humidity
contents permits to evaluate environmental impact assessment on historic
masonries.
Hence, it provides information in order to assess incompatible
environmental management and to valuate new uses of cultural goods.
A G.I.S.
application on the Medieval Fortification of Rhodes was developed by the
NTUA - Materials Science and Engineering Section, using Arc/Info software for
the display, query and generally management, of these data.
A raster image of
the old city serves as the main orientation base map, while measurements of
distance and area can be display...
Pages: 9
Size: 1,051 kb
Paper DOI: 10.2495/RISK000201
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