Sintering of 3 D ‐Printed Glass/ HA p Composites
We report the sintering of 3 D ‐printed composites of 13‐93 bioactive glass and hydroxyapatite ( HA p) powders. The sintering process is characterized on conventionally produced powder compacts with varying HA p content. A numeric approximation of the densification kinetics is then obtained on the b...
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| Published in | Journal of the American Ceramic Society Vol. 95; no. 11; pp. 3387 - 3393 |
|---|---|
| Main Authors | , , , , , , , |
| Format | Journal Article |
| Language | English |
| Published |
01.11.2012
|
| Online Access | Get full text |
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| Abstract | We report the sintering of 3
D
‐printed composites of 13‐93 bioactive glass and hydroxyapatite (
HA
p) powders. The sintering process is characterized on conventionally produced powder compacts with varying
HA
p content. A numeric approximation of the densification kinetics is then obtained on the basis of Frenkel, Mackenzie–Shuttleworth, and Einstein–Roscoe models, and optimized sintering conditions for 3
D
‐printed structures are derived. Fully isotropic sintering of complex cellular composites is obtained by continuous heating to 750°C at a rate of 2 K/min for a
HA
p content of 40 wt%. The approach can readily be generalized for printing and sintering of similar glass‐ceramic composites. |
|---|---|
| AbstractList | We report the sintering of 3
D
‐printed composites of 13‐93 bioactive glass and hydroxyapatite (
HA
p) powders. The sintering process is characterized on conventionally produced powder compacts with varying
HA
p content. A numeric approximation of the densification kinetics is then obtained on the basis of Frenkel, Mackenzie–Shuttleworth, and Einstein–Roscoe models, and optimized sintering conditions for 3
D
‐printed structures are derived. Fully isotropic sintering of complex cellular composites is obtained by continuous heating to 750°C at a rate of 2 K/min for a
HA
p content of 40 wt%. The approach can readily be generalized for printing and sintering of similar glass‐ceramic composites. |
| Author | Greil, Peter Winkel, Alexander Travitzky, Nahum Fey, Tobias Meszaros, Robert Reinsch, Stefan Müller, Ralf Wondraczek, Lothar |
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D
‐printed composites of 13‐93 bioactive glass and hydroxyapatite (
HA
p) powders. The sintering process is characterized on... |
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