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Alhassan Salami Tijani
Alhassan Salami Tijani
Universiti Technology Mara Shah Alam
Verified email at salam.uitm.edu.my
Title
Cited by
Cited by
Year
An overview of polymer electrolyte membrane electrolyzer for hydrogen production: Modeling and mass transport
AHA Rahim, AS Tijani, SK Kamarudin, S Hanapi
Journal of Power Sources 309, 56-65, 2016
1892016
Thermos-physical properties and heat transfer characteristics of water/anti-freezing and Al2O3/CuO based nanofluid as a coolant for car radiator
AS Tijani, AS bin Sudirman
International Journal of Heat and Mass Transfer 118, 48-57, 2018
1242018
Mathematical modelling and simulation analysis of advanced alkaline electrolyzer system for hydrogen production
AS Tijani, NAB Yusup, AHA Rahim
Procedia Technology 15, 798-806, 2014
1022014
Investigation of the effect of charge transfer coefficient (CTC) on the operating voltage of polymer electrolyte membrane (PEM) electrolyzer
AS Tijani, NAB Kamarudin, FAB Mazlan
international journal of hydrogen energy 43 (19), 9119-9132, 2018
732018
Thermal analysis of perforated pin-fins heat sink under forced convection condition
AS Tijani, NB Jaffri
Procedia Manufacturing 24, 290-298, 2018
622018
Numerical Modeling the Effect of Operating Variables on Faraday Efficiency in PEM Electrolyzer
AHAR Alhassan Salami Tijani
3rd International Conference on System-integrated Intelligence: New …, 2016
58*2016
Simulation analysis of thermal losses of parabolic trough solar collector in Malaysia using computational fluid dynamics
AS Tijani, AMSB Roslan
Procedia technology 15, 841-848, 2014
552014
Computational modelling of the flow field of an electrolyzer system using CFD
AS Tijani, D Barr, AHA Rahim
Energy Procedia 79, 195-203, 2015
402015
Electrochemical characteristics of (PEM) electrolyzer under influence of charge transfer coefficient
AS Tijani, MFA Ghani, AHA Rahim, IK Muritala, FAB Mazlan
international journal of hydrogen energy 44 (50), 27177-27189, 2019
392019
Mathematical modelling and simulation analysis of PEM electrolyzer system for hydrogen production
AHA Rahim, AS Tijani, FH Shukri, S Hanapi, KI Sainan
IET Digital Library, 2014
272014
Optimization of direct coupling solar PV panel and advanced alkaline electrolyzer system
AHA Rahim, AS Tijani, M Fadhlullah, S Hanapi, KI Sainan
Energy Procedia 79, 204-211, 2015
262015
Computational modeling of thermal characteristics of hybrid nanofluid in micro-pin fin heat sink for electronic cooling
NB Sukhor, AS Tijani, J Kubenthiran, IK Muritala
International Journal of Green Energy 18 (10), 1027-1045, 2021
142021
An overview of hydrogen production from renewable energy source for remote area application
AH Abdol Rahim, AS Tijani, WAN Wan Mohamed, S Hanapi, KI Sainan
Applied Mechanics and Materials 699, 474-479, 2015
132015
A study of the loss characteristic of a high pressure electrolyzer system for hydrogen production
AS Tijani, AHA Rahim, MKB Hisam
Jurnal Teknologi 75 (8), 65-69, 2015
132015
Modeling and analysis the effects of temperature and pressure on the gas-crossover in polymer electrolyte membrane electrolyzer
AHA Rahim, AS Tijani
Int. J. Energy Power Eng 10, 1-7, 2016
122016
Exergy efficiency profile of A 1kW open cathode fuel cell with pressure and temperature variations
S Hanapi, AS Tijani, AHA Rahim, WANW Mohamed
Energy Procedia 79, 82-89, 2015
122015
Simulation analysis of the effect of temperature on overpotentials in PEM electrolyzer system
AHA Rahim, AS Tijani, FH Shukri
Journal of Mechanical Engineering 12 (1), 47-65, 2015
102015
Comparison of a prototype PEM fuel cell powertrain power demand and hydrogen consumption based on inertia dynamometer and on-road tests
S Hanapi, AS Tijani, AHA Rahim, WANW Mohamed
Energy Procedia 79, 73-81, 2015
92015
Process and plant improvement using extended exergy analysis, a case study
AS Tijani, W Witt, L Dietzsch
Computer Aided Chemical Engineering 24, 371-376, 2007
92007
Simulation analysis of the effect of temperature and exchange current density on power and hydrogen production of (PEM) electrolyzer
AS Tijani, MA Haiyoon
Applied Mechanics and Materials 660, 411-415, 2014
62014
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