Experimental and numerical investigations on diffusion flame structures of cracked fuels

Key Points

• Diffusion flame structures depend on the properties of cracked fuels, influencing combustion outcomes.
• Key measures in the experiments include temperature and flame height profiles, providing essential insights.
• Experimental analysis and numerical investigations show a broader understanding of flame dynamics in various conditions.
• Findings highlight the potential for improved combustion efficiency in alternative fuel sources, supporting future research.