A new shrinkage kinetic equation accounting for the extension of the interparticle contact areas is proposed. The mass transport mechanism responsible for shrinkage is bulk diffusivity. Shrinkage increases on increasing the internal neck radius that represents the geometrical activity in sintering of prior cold compacted powders.
Sintering shrinkage of uniaxial cold compacted iron: a new shrinkage kinetic equation accounting for the microstructure of green parts / Baselli, S.; Molinari, A.. - In: POWDER METALLURGY. - ISSN 0032-5899. - 62:1(2019), pp. 1-7. [10.1080/00325899.2018.1533155]
Sintering shrinkage of uniaxial cold compacted iron: a new shrinkage kinetic equation accounting for the microstructure of green parts
Baselli S.;Molinari A.
2019
Abstract
A new shrinkage kinetic equation accounting for the extension of the interparticle contact areas is proposed. The mass transport mechanism responsible for shrinkage is bulk diffusivity. Shrinkage increases on increasing the internal neck radius that represents the geometrical activity in sintering of prior cold compacted powders.File in questo prodotto:
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