SUMMARY
The specific heat of aluminum (Al) varies significantly between its solid and liquid phases. At 20°C (293K), the specific heat of solid aluminum is approximately 900 J/kg-K, while it increases to 949 J/kg-K at 400K, 1033 J/kg-K at 600K, and reaches 1146 J/kg-K at 800K. This variation is attributed to changes in atomic structure and bonding as aluminum transitions from solid to liquid. Key references include "Introduction to Heat Transfer" by Incropera and DeWitt and various journal articles detailing thermophysical properties.
PREREQUISITES
- Understanding of thermodynamics principles
- Familiarity with specific heat capacity concepts
- Knowledge of phase transitions in materials
- Access to scientific literature and databases
NEXT STEPS
- Research "Thermophysical properties of liquid metals" for comparative analysis
- Study "Enthalpy and heat capacity of aluminum" for detailed thermodynamic data
- Examine "Heat capacity of liquid metals" for insights into liquid phase behavior
- Explore the "International Journal of Thermophysics" for advanced studies on heat transfer
USEFUL FOR
Materials scientists, thermodynamics researchers, and engineers involved in heat transfer applications will benefit from this discussion.