Numerical study on the effect of pyrolytic coke deposition of n-decane on flow and heat transfer behavior in porous media

Key Points

• n-decane flow behavior is affected by pyrolytic coke deposition, altering heat transfer rates.
• The analysis simulates various scenarios to measure changes in flow dynamics and thermal interactions.
• Computational methods assess the impact of pyrolytic coke on porous media under different conditions.
• Findings suggest enhanced understanding of flow and heat dynamics in energy-related applications.