Numerical modelling of instability and supercritical oscillatory states in a Czochralski model system of oxide melts

Keyphrases

• Czochralski 100%
• Numerical Modeling 100%
• Prandtl number 100%
• Oxide Melt 100%
• Oscillatory States 100%
• Czochralski Growth 66%
• Semiconductors 33%
• Oxides 33%
• Steady State 33%
• Motivation 33%
• Stability Results 33%
• Hydrodynamic Model 33%
• High Melting Point 33%
• Numerical Data 33%
• Numerical Model 33%
• Finite Volume Method 33%
• Oxide Materials 33%
• Convergence Study 33%
• Instability Onset 33%
• Bulk Crystal 33%
• Finite Element Discretization 33%
• Coarse Grid 33%
• Melt Flow 33%
• Critical Temperature Difference 33%
• Silicon Oil 33%
• Phase Plot 33%
• Finite Volume Element 33%
• Melt Flow Instabilities 33%
• Melt Instability 33%
• Melting Point Temperature 33%
• Parametric Dependencies 33%
• Benchmark Exercise 33%
• Oscillation Phase 33%
• Small Prandtl numbers 33%
• Transparent Test 33%
• Salt Melt 33%

Mathematics

• Prandtl Number 100%
• Experimental Data 25%
• Parametric 25%
• Numerical Data 25%
• Finite Volume Method 25%
• Discretization 25%
• Stability Result 25%
• Finite Element Method 25%
• Finite Order 25%
• Numerical Approach 25%
• Turning Point 25%
• Melting Point 25%
• Multiplicity 25%

Material Science

• Oxide Compound 100%
• Crystal Growth From Melt 40%
• Silicon 20%
• Finite Element Method 20%
• Hydrodynamic Model 20%