For decades, Fractal-type pipelines have been utilized in industries and domestical applications for different
practical applications. The present work is a comparative study of three types of fractals: T-shaped, Y-shaped, and
irregular. The aim is to maintain a uniformflow distributionthroughout the system while maximizing the efficiency of the
systems, and how different fractal systems can affect the properties of the fluid in motion. Finally, the theoretical analysis
was utilized to assess systems after the optimizing process. Under same operational conditions no changes in flow
characteristics were found when using different fractal types pipeline. Further numerical and experimental investigation is
necessary to understand the influence of such design on the flow fields within the system.
عبدالمطلب عبدالكريم محسن | Abdulmuttalib Abdulkareem MUHSEN | 5511