O'zbekcha
Русский
English
As a researcher and professor in mechanical engineering, he specialises in energy systems, fluid dynamics, thermodynamics, mechanical engineering design, heat transfer, and computational fluid dynamics (CFD). His work bridges experimental and numerical modelling with applications in nanotechnology (nanofluids), green hydrogen, fuel cells, biofuels, renewable energy, energy efficiency, sustainability, techno-economic analysis and life cycle assessment. He has held academic positions in several universities and collaborates actively with international industry and scientific research partners.
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Ajeeb Wagd
Biography
Research Interests
Fluid dynamics, thermodynamics, heat transfer & boiling phenomena
Nanotechnology: nanofluids & nanoparticles for energy systems
CFD modeling & simulations
Hydrogen production & biofuels
Energy efficiency, sustainability, life cycle assessment (LCA)
Surface coatings, deposition & anti-fouling technologies
Selected Publications (Q1 Journals)
- Ajeeb, W., Melo, D., Costa, R., & Baptista, P. Life cycle analysis of hydrotreated vegetable oils production based on green hydrogen and used cooking oils. Fuel 390 (2025). (IF: 6.7)
- Assunção, R., Ajeeb, W., Eckl, F., Gomes, D. M., Neto, R. C. Decentralized hydrogen-oxygen co-production via electrolysis for hospitals. Int. J. Hydrogen Energy 103 (2025). (IF: 8.1)
- Ajeeb, W., Costa, R., & Baptista, P. Life cycle assessment of green hydrogen production through electrolysis. Sustainable Energy Technologies and Assessments 69 (2024). (IF: 7.2)
- Ajeeb, W., Baptista, P., Costa, R. Life cycle analysis of hydrogen production via alkaline electrolysers with renewables. Energy Conversion and Management 316 (2024). (IF: 9.9)
- Ajeeb, W., Murshed, S. M. S. Characterization of thermophysical and electrical properties of SiC and BN nanofluids. Energies 16(9) (2023).
Books & Chapters
Numerical Development of Thermal Convection Characteristics of Nanofluid. In Fundamentals and Transport Properties of Nanofluids. Royal Society of Chemistry (2022).
Environmental analysis of oxygen liquefaction integrated with green hydrogen production. In Technological Advancements and Future Directions in Green Energy. Springer (2025).
Comparative Life Cycle Analysis of Hydrogen Production from Diverse Green Sources. In Technological Advancements and Future Directions in Green Energy. Springer (2025).
Awards
Best Paper Award, 8th World Congress on Momentum, Heat & Mass Transfer (MHMT 2023), Lisbon
Best Research Presentation, 9th International Conference on Green Energy Technologies (ICGET 2024), Berlin
