Publications by authors named "Seyyed Masoud Seyyedi"
This research focuses on the analysis of the breakup of ferrofluid droplets in a symmetric microchannel with a Y-junction microchannel, utilizing computational methods. The study proposes an innovative strategy to enhance the breakup phenomenon by introducing a magnetic field within the branches of the Y-junction microchannel. To verify the obtained results, a comprehensive comparison is conducted, incorporating previous numerical and experimental investigations available in the literature.
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- Microfluidic devices with complex shapes are important for biomedical and chemical applications, and understanding how droplets break up in these systems is essential for their design.
- This study explores how triangular obstacles affect droplet breakup in microchannels, focusing on two types of obstacles and various flow conditions using numerical simulations.
- The findings highlight that the shape and placement of triangular obstacles significantly influence droplet dynamics, demonstrating five distinct behavior regimes that help optimize droplet manipulation and separation.