Hello, I'm Dr. Mohammed Ibrahim
Researcher & Mechanical Engineer

Fluid Mechanics and Thermal Sciences

School of Engineering and Technology

Personal Summary

I am a researcher and mechanical power engineer specializing in fluid mechanics and thermal sciences. My extensive academic journey has been dedicated to exploring, discovering, developing, investigating, enhancing, and teaching thermal applications. My research focuses on improving the thermal efficiency of applications by addressing issues related to cooling systems and critical operating conditions. I am proficient in using advanced CFD models for thermal simulations, and I specialize in lattice Boltzmann methods and fluid-structure interaction models for heat transfer simulations. This includes single-phase and multiphase/phase change simulations in both low and high-density ratios, utilizing multiphase pseudopotential LBM and conservative phase-field-based LBM, respectively. Additionally, I have a strong passion for engaging with the industrial field to enhance my research and teaching skills. I have over three and a half years of experience working as an HVAC design engineer with consulting companies in Egypt. I am committed to continuous self-improvement to remain competitive in my field, adept at time management, and goal-oriented. I thrive in collaborative, successful, and organized teams.

Key words

Fluid mechanics – multiphase flow – flow boiling heat transfer – heat transfer – fluid-structure interaction (FSI) – lattice Boltzmann method (LBM) – immersed boundary method (IBM) – CFD – microchannel based cooling system – solar systems – high concentration multijunction photovoltaics - spray cooling - pseudopotential LBM - phase field LBM.

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