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For relatively high solidification rates, particular growth morphologies were observed.
Moreover, slower solidification rates allow for minimal control and relatively simple design processes.
The grain sizes are different owing to the different solidification rates of the surface layers and the ribbon volume.
The fastest solidification rates produced fibres and lamellae with widths as small as 300 nm.
Numerical results show that an efficient segregation can be achieved, even for high solidification rates, thanks to mechanical stirring.
The recent work by Kalaiselvam et al. [6] shows that both melting and solidification rates of PCM can be augmented through addition of aluminum/alumina particles.
Obviously, the weaker fluid flow could not promote the particle migration and thus, microparticles exhibit higher solidification rates at all times as compared to their nano-counterparts.
The effects of different solidification rates after pouring on the microstructures, microsegregation and mechanical properties of cast superalloy K417G were investigated.
The computed results show the geometrical effects of the electrode containing a coolant hole on heat fluxes, and nugget growth and solidification rates in different directions.
Harikrishnan et al. [107] dispersed TiO2 nanoparticles into PCM stearic acid and found this composite can accelerate the melting and solidification rates due to the enhanced heat transfer performance.
The observations confirm that at low solidification rates the stable growth morphology in peritectic alloys cannot be selected by the highest growth temperature criterion.
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