Full Name: ABDULKARIM HAMZA EL-LADAN
Gender: Male
Institutional Email address: abdulkarim.hamza@umyu.edu.ng
Faculty/Unit: Ibrahim Shehu Shema Center for Renewable Energy(cerer)
Department: ISSCeRER
Rank: Senior Research Fellow
Ph.D Solar Thermal/Photovoltaic, M.Sc Reneewable Energy, B.Tech Electronics Technology
Renewable Energy
Solar Photovoltaic And Thermal Systems (SPVT)
Thermal Management
Thermal Storage
Heat Transfer Enhancement
Energy Materials And Surface Science
Nanocomposite Deposition And Characterizations
Electric Vehicles
ü Steam Generation Capability Of Small Scale Parabolic Dish Concentrator For Process Heat And Electricity Generation In Nigeria, International Journal Of Innovative Science, Engineering & Technology (IJISET), Vol. 11 Issue 05, May 2024 ISSN (Online) 2348 – 7968.
ü Green Energy: The Panacea To Reducing Desertification And Poverty In Nigeria, Maiwada, N. A, El-ladan, A. H*, African Journal Of Alternative And Renewable Energy, ISSN: 2006-0395 Vol. 7, Pp52 (2023)
ü Influence Of Composition Ratio On The Thermal Performance Of Al1-XNBX Nanocomposite For An Efficient Heat Spreading In Solid-state Lighting Package (LED), A. H El-ladan, S. Subramani, Journal Of Material Science: Materials In Electronics, 33 2183-2191 (2022) https://doi.org/10.1007/s10854-021-07425-w
ü Influence Of Gas Flow Rate On The Thermal Performance Of Al1-XNBX Alloy As A Solid Thermal Interface Material For Thermal Management Applications (Heat Spreading), A. H El-ladan, S. Subramani, Int. J. Nanotech., 19(2,3,4,5) 394-403. (2022).
ü Growth And Performance Analysis Of BAlN Alloy Thin Film On Al Substrate As A Heat Spreader For Effective Thermal Management Applications On White-based High-power LED, A. H El-ladan, S Subramani, Applied Physics A 127 (7), 540 (2021). https://doi.org/10.1007/s00339-021-04617-3
ü Development Of AlNB Alloy In (Al/AlN/B) Stacking Sequence Using RF Reactive Sputtering Towards Thermal Management Application, A. H El-ladan, S Subramani, Journal Of Materials Science: Materials In Electronics 32 (1), 577-589 (2021). https://doi.org/10.1007/s10854-020-04840-3
ü Comparative Analysis Of Fresnel Lens Performance In Malaysia And Nigeria, A. H El-ladan, Journal Of Energy Technologies And Policy (iiste), ISSN 2224-3232 (Paper) ISSN 2225-0573 (Online) 5 (11) (2015). https://www.iiste.org/Journals/index.php/JETP/article/view/27192
ü The Role Of Renewable Energy In Mitigating Deforestation And Climate Change In Nigeria, N. A Maiwada, A. H. El-ladan, A Usman, S Abdullahi, Journal Of Natural Science Research, Vol. 4, No.24, Pp. 81-84, (2014).
ü Comparative Evaluation Of Reflective And Refractive Optical Concentration Systems In Tropical Climate, A. H El-Ladan, M. H Ruslan, H. Y Chan, K Sopian, S. H Zaidi, Research Journal Of Applied Sciences, Engineering And Technology, Vol. 8, (11): 1319-1325, (2014).
ü Comparative Performance Of Fresnel Lens In Tropical (Rainforest And Savannah) Climatic Regimes: A Case Study Of Malaysia And Nigeria, Latest Trends In Renewable Energy And Environmental Informatics, A. H El-ladan, H. Y. Chen, M. H Ruslan, K Sopian, S. H Zaidi, Proceedings Of The 8th International Conference On Renewable Energy Sources (RES`14), April 2014. Latest Trends In Renewable Energy And Environmental Informatics, Proceedings Of The 8th International Conference On Renewable Energy Sources (RES`14), April 2014.
ü The Prospects Of A Promising Solar Thermal Concentrator (Fresnel Lens) For Cooking, Heating And Electricity Generation, A. H El-ladan, H. Y. Chen, M. H Ruslan, K Sopian, S. H Zaidi, Latest Trends In Renewable Energy And Environmental Informatics, Proceedings Of The 7th International Conference On Renewable Energy Sources (RES`13) (2013).
ü Thermal Performance Analysis Of Solar Thermal Collector Coated With Stacked BAlN Nanocomposite For Enhanced Photo Thermal Conversion In Harsh Ambient, ACS Africa Regional Conference On Green And Sustainable Chemistry Nigeria 6th To 9th May (2024), A. H. El-ladan
ü Performance Improvement Of Solar Thermal Collector (Aluminum Based) Coated With Stacked Solid Nanocomposite Material (BAlN) At Low Ambient, 7th International Conference On Nanotechnology ‘Nanotechnology In Fourth Industrial Revolution: Opportunities For Emerging Economies’ Organized By LAUTECH-NASRDA-FMIST 20th -22nd November (2023) A. H. El-ladan
ü Enhancement Of Solar Thermal Collector Coated With (Al1-XNBX) Nanocomposite In Varied Thickness, International Physical Sciences Conference (IPSCFUDMA: 2023), 1st – 3rd November (2023) A. H. El-ladan
ü Performance Enhancement Of Aluminum Based Solar Thermal Collector Coated With Stacked Solid Nanocomposite Material (AlNB) At Low Ambient, 5th Biennial African Nano Conference/Workshop On Application Of Nanotechnology To Energy, Environment, Agriculture And Health, (2023 HYBRID INTERNATIONAL CONFERENCE) University Of Nigeria Nsukka, 10th -16th September (2023) A. H. El-ladan
ü Thermal Analysis Of White Based LED On BAlN Thin Film Coated Aluminum Substrate In Harsh Ambient, A. H El-ladan, S Subramani, 3rd International Hydrogen Energy Conference And Exhibitions (IHEC 2021), Gazi University, Ankara, TURKEY. June 14-16, (2021).
ü Effect Of Annealing Temperature And Gas Flow Rate On The Thermal Performance Of AlNB Alloy As A Solid Thermal Interface Material For Thermal Management Applications, A. H. El-ladan, S. Subramani, 5th Meeting Of Malaysia Nitrides Research Group (MNRG) (2020).
ü The Concept For (Spot) Fresnel Lens Indoor Solar Cooker In Malaysian Weather, Presented At R&D Workshop: Sustainable Village And Affordable Housing Using Solar Energy For Rural Communities And Remote Areas, Sarawak Malaysia, A. H El-ladan, (2013)
ü Indoor Solar Cooker And Energy Crops As Alternative To Fuel Wood, Presented At The Katsina State Desertification And Environmental Summit, A. H El-ladan, Organized By The Northern Governors Forum, 22nd July, (2010).
ORCID Profile: Https://orcid.org/0000-0001-5388-0038
Google Scholar: Https://scholar.google.com/citations?hl=en&user=Q2HCD4wAAAAJ&view_op=list_works&sortby=title
Researchgate: Https://www.researchgate.net/profile/Abdulkarim-Hamza-El-Ladan