Doctoral studies

country
city
subject area
language
university type
university status
en en
Cambridge, United Kingdom
subject area: physical science, environment
en en
Nottingham, United Kingdom
subject area: physical science, environment
en en
Edinburgh, United Kingdom
subject area: physical science, environment
en en
Aberystwyth, United Kingdom
subject area: biology
en en
London, United Kingdom
subject area: physical science, environment
en en
Lancaster, United Kingdom
subject area: physical science, environment
en en
Newcastle upon Tyne, United Kingdom
subject area: physical science, environment
en en
York, United Kingdom
subject area: physical science, environment
en en
London, United Kingdom
subject area: physical science, environment
en en
Aberdeen, United Kingdom
subject area: physical science, environment
en en
Manchester, United Kingdom
subject area: physical science, environment
en en
Cheltenham, United Kingdom
subject area: physical science, environment
en en
Inverness, United Kingdom
subject area: physical science, environment
en en
Nottingham, United Kingdom
subject area: physical science, environment
en en
Colchester, United Kingdom
subject area: physical science, environment
en en
Belfast, United Kingdom
subject area: physical science, environment
en en
Canterbury, United Kingdom
subject area: physical science, environment
en en
Worcester, United Kingdom
subject area: physical science, environment
en en
Dundee, United Kingdom
subject area: physical science, environment
en en
Birmingham, United Kingdom
subject area: physical science, environment
en en
Edinburgh, United Kingdom
subject area: physical science, environment
en en
Bangor, United Kingdom
subject area: physical science, environment
An EU team developed new sensors, processing software and models for studying degradation of old buildings. Simulations yielded an accurate assessment of deterioration, considering shape and materials, thus providing conservation prognosis.
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