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Numerical simulation is used to:
- get cheap, complete, and global information about the growth process.
- understand the details of the crystallization process.
- predict the crystal growth.
- improve the crystal growth technique.
Numerical simulation is very useful or indispensable when experiments are too expensive or unavailable.
For instance, no experiences allow to visualize the details of the melt flow, the point defect history or
the thermo-elastic stresses.
The numerical simulation is the best way to:
- achieve high production rates
- reach the market demand in terms of crystal diameter and quality.
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