Abstract
The present work surveys the results of mathematical modelling of deformation and thermal processes of SHS compaction of advanced ceramics. Various regimes of SHS compaction have been studied based on a rheodynamic model. The model takes into account the initial density distribution throughout the material and the nonsteady state of the process. The wave regime and the regime having a zone of decreased density in the centre of the specimen are discussed. The influence of delay time on the process of densification is described. It is shown how the model developed facilitates solution of practical problems of that process.
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