Experimental study on the influence of convex structures of a single vertical fin on condensation and frosting under constrained airflow conditions

Key Points

• Condensation and frosting are significantly influenced by the placement of convex structures on the vertical fin, affecting airflow efficiency.
• Data indicates that under constrained airflow conditions, specific convex designs lead to reduced frosting incidents up to 30%.
• Experimental study focusing on airflow conditions examined how various convex fin geometries impact condensation and frosting levels.
• Findings highlight the importance of optimizing vertical fin designs to minimize condensation and frosting in practical applications.