Bio Summary:
Ahmed Rezk is a distinguished Senior Lecturer (Associate Professor) specializing in thermal-fluid sciences. With a strong academic background and a commitment to sustainable solutions, he holds a Ph.D. in Mechanical Engineering and serves as a Program Director for MSc Future Vehicle Technologies at Aston University, Birmingham. Ahmed is recognized for his impactful contributions to research in sustainable cooling and heating, thermal energy storage, and thermal water treatment.
Experience:
Senior Lecturer at Aston University, Birmingham
- Leads research on sustainable cooling and heating, and thermal energy storage technologies
- Program director of MSc Future Vehicle Technologies
- Member of the College Curriculum Development Committee
Lecturer at Aston University, Birmingham
- Principle investigator of sustainable cooling and heating and thermal energy storage
- Mechanical Engineering Admission tutor and First Year tutor
Research Fellow at the School of Computing and Engineering, University of Huddersfield
- Managed research on turbocharger electrification, including engine modeling and 3D CFD turbine modeling
- Advised the group’s PhD researchers
Assistant Professor at Alexandria University, Egypt
- Led, taught, and assessed Thermal-Fluid Sciences for different year groups
Teaching Assistant at the School of Mechanical Engineering, University of Birmingham, UK
- Teaching Assistant at Alexandria University, Egypt
Membership and International Recognition:
Senior Fellow of Higher Education Academy (SFHEA)
Chartered Engineer (CEng)
Member of the Institute of Mechanical Engineers (MI-MechE)
Member of Academic Assessment Committee (AAC-IMechE)
Member of Sustainable Innovation in Refrigeration and Air Conditioning and Heating Group (SIRACH)
Education:
PGCert in L&T for higher education
Ph.D. in Mechanical Engineering, Aston University, UK
MSc in Mechanical Engineering, University of Birmingham, UK
BSc in Mechanical Engineering, Alexandria University, Egypt
Research Focus:
Ahmed’s research concentrates on sustainable cooling and heating technologies, thermal energy storage, and thermal water treatment. His work encompasses areas such as adsorption refrigeration, energy-powered systems, and the integration of innovative materials for enhanced heat transfer.
Professional Journey:
Senior Lecturer (Associate Professor), Aston University, Birmingham
Lecturer (Assistant Professor), Aston University, Birmingham
Research Fellow, School of Computing and Engineering, University of Huddersfield
Assistant Professor, Mechanical Engineering, Alexandria University, Egypt
Teaching Assistant, School of Mechanical Engineering, University of Birmingham, UK
Honors & Awards:
Fully funded Ph.D. scholarship, University of Birmingham
Guest Keen and Nettlefolds Scholarship award for best publication in the college (£1,000)
Publications Top Noted & Contributions:
Ahmed Rezk has made significant contributions to the field, with numerous journal papers and conference presentations. Notable publications include research on ionic liquid/graphene composites, techno-economic optimization of organic Rankine cycle configurations, and investigations into various adsorption systems for cooling and water desalination.
Preparation and assessment of ionic liquid and few-layered graphene composites to enhance heat and mass transfer in adsorption cooling and desalination systems
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- Authors: H Banda, TH Rupam, A Rezk, Z Visak, J Hammerton, Q Yuan, BB Saha
- Journal: International Journal of Heat and Mass Transfer
- Year: 2024
- Summary: This publication explores the preparation and evaluation of composites involving ionic liquid and few-layered graphene. The focus is on enhancing heat and mass transfer in adsorption cooling and desalination systems, contributing to advancements in sustainable energy technologies.
Productivity and Thermal Performance Enhancements of Hollow Fiber Water Gap Membrane Distillation Modules Using Helical Fiber Configuration: 3D Computational Fluid Dynamics …
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- Authors: MO Elbessomy, MB Elsheniti, SM Elsherbiny, A Rezk, OA Elsamni
- Journal: Membranes
- Year: 2023
- Summary: This work investigates enhancements in productivity and thermal performance of hollow fiber water gap membrane distillation modules. The study utilizes a helical fiber configuration and employs 3D Computational Fluid Dynamics for a comprehensive analysis.
Intensifies the sorption capacity and thermal performance of adsorption systems for cooling and heat storage
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- Author: A Rezk
- Institution: Interdisciplinary Graduate School of Engineering Sciences, Kyushu University
- Year: 2023
- Summary: This publication, authored by Ahmed Rezk, focuses on intensifying the sorption capacity and thermal performance of adsorption systems. The study contributes to the understanding and improvement of cooling and heat storage technologies.
Investigation of the Mechanical and Tribological Behavior of Epoxy-Based Hybrid Composite
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- Authors: T Albahkali, A Fouly, IA Alnaser, MB Elsheniti, A Rezk, HS Abdo
- Journal: Polymers
- Year: 2023
- Summary: This research delves into the investigation of the mechanical and tribological behavior of an epoxy-based hybrid composite. The study explores the properties and performance of the composite material, contributing to advancements in materials science.
Multi-objective optimisation of MOF-801 adsorbent packed into copper foamed bed for cooling and water desalination systems
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- Authors: M Rezk, MB Elsheniti, A Rezk, OA Elsamni
- Journal: Applied Thermal Engineering
- Year: 2023
- Summary: The publication focuses on the multi-objective optimization of MOF-801 adsorbent packed into a copper foamed bed. The study aims to enhance the efficiency of cooling and water desalination systems, addressing multiple objectives in the optimization process.
Author Metrics:
Citations: 734
Documents: 35
h-index: 12
Research Timeline:
2015-2019: Investigated the potential use of graphene to intensify the heat transfer performance of adsorption systems.
2020-2022: Led projects on solar-driven precoolers for post-harvesting food preservation and off-grid modular cold rooms in Ethiopia.
2023: Secured grants for projects such as CoolRun Malawi and sustainable modular desiccant food dryers in collaboration with the University of Cape Coast, Ghana.
