Notice bibliographique du personnel « Stuffing everything we know about mechanical properties into one collection simulation »
- Titre
- Stuffing everything we know about mechanical properties into one collection simulation
- Auteur ou éditeur
- Michalski, Stefan
- Ashley-Smith, Jonathan
- Burmester, Andreas
- Eibl, Melanie
- Jonathan Ashley-Smith, Andreas Burmester, Melanie Eibl
- Lieu de publication
- London
- Collation
- 349-361
- Titre de la source
- Climate for Collections 2012: Standards and Uncertainties
- Numéro de la source
- (2013)
- Notes
- The risk modelling tool Analytica (TM) has been used to develop a
- simulation of the fracture probability in a collection of various
- museum objects exposed to variable and repetitive fluctuations
- in relative humidity and temperature. The macro part of the
- model assumes a basic geometry of two attached layers, each
- with its own response to relative humidity and temperature. It
- allows the effect of flaws, notches, holes, delamination etc., to be
- incorporated as variable stress concentration factors. It calculates
- stress over time using viscoelastic behaviour. The micro part of
- the model has been developed for paint, based on an adsorbed
- layer that behaves differently from the bulk, in order to explain
- the sudden increase in stiffness and decrease in extension before
- break of high pigment volume concentration (PVC) paints, i.e.,
- oil grounds. All variables in the model can be given a population
- distribution, and the model calculates final probability of fracture
- using a Monte Carlo approach, i.e., running the model thousands of
- times and rolling the dice for each variable each run.
- Langue
- English = Anglais
- ISBN/ISSN
- 9781909492004
- Pays
- England
- Type de document
- Conference Paper = Article de conférence
- Localisation
- #15941
- Clé
- 1961
- Collection
- Staff Bibliography