FEA Modelling of Deformation during Vitrification of Ceramic Materials

FEA Modelling of Deformation during Vitrification of Ceramic Materials

The deformation of ceramic bodies during vitrification has been studied. During sintering, two deformation mechanisms were considered: shrinkage as well as plastic deformation (creep). Creep deformation could be modelled by a viscoelastic mechanism whereas the shrinkage during sintering was assessed...

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Veröffentlicht in:Key engineering materials 2002-01, Vol.206-213 (3), p.1831-1834
Hauptverfasser: Cambier, F., Poorteman, Marc, Deletter, M., Descamps, P.
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container_title Key engineering materials
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creator Cambier, F.
Poorteman, Marc
Deletter, M.
Descamps, P.
description The deformation of ceramic bodies during vitrification has been studied. During sintering, two deformation mechanisms were considered: shrinkage as well as plastic deformation (creep). Creep deformation could be modelled by a viscoelastic mechanism whereas the shrinkage during sintering was assessed by measuring the thermal expansion as a function of temperature. The model was tested on sanitary ware by FEA. The fitting between measured and calculated deformation values was very satisfactory when using a model taking into account only the counteracting effects of the thermal expansion and the shrinkage occurring during the firing process.
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