By Ralf Riedel, I-Wei Chen
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Extra resources for Ceramics science and technology. / Vol. 3, Synthesis and processing
A direct examination of the compacted and fractured compacts showed that the granules were not destroyed before the ﬁrst break point, but extensive plastic deformation had occurred at pressures higher than this break point . After the second break point pressure (2. BPP), transition into the high-pressure linear region with a lower slope proceeds by the intragranular compaction of granules. Ideally, all intergranular voids are eliminated and the compact density reaches the initial granule density at this 2.
2007) Modelling powder compaction. Kona – Powder and Particle, 25, 4–22. -V. (2009) Modeling of high-density compaction of granular materials by the discrete element method. Int. J. , 46, 3357–3364. Skrinjar, O. -L. (2004) Cold compaction of composite powders with size ratio. , 52, 1871–1884. Skrinjar, O. -L. (2004) On discrete element modelling of compaction of powders with size ratio. Comp. Mater. , 31, 131–146. , and Sans, F. (2010) Compaction of aggregated ceramic powders: From contact laws to fracture and yield surfaces.
2 Tooling Principles and Pressing Tools For simple parts, the pressing tools consist of a die and an upper and a lower punch, whereas more complicated parts require the use of mandrels and splitting of the punches. In special cases, split dies may also be applied. The parameters which determine the required tooling include the compact geometry, the ﬁlling and compaction factor, and the acceptable density gradients in the compacts. Density gradients result from differences in the compaction pressure inside the compact, due mainly to wall friction effects.
Ceramics science and technology. / Vol. 3, Synthesis and processing by Ralf Riedel, I-Wei Chen