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MUHAMMAD IRFAN
MUHAMMAD IRFAN
PhD Scholar, University of Management and Technology (UMT) Lahore, Punjab, Pakistan
在 umt.edu.pk 的电子邮件经过验证
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引用次数
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Heat transfer analysis in the peristaltic flow of Casson nanofluid through asymmetric channel with velocity and thermal slips: Applications in a complex system
M Irfan, M Nazeer, F Hussain, I Siddique
International Journal of Modern Physics B 36 (32), 2250231, 2022
282022
Theoretical investigation of heat transfer analysis in Ellis nanofluid flow through the divergent channel
S Saleem, F Hussain, M Irfan, I Siddique, M Nazeer, SM Eldin
Case Studies in Thermal Engineering 48, 103140, 2023
272023
Entropy generation analysis in blood-gold casson nanofluid through horizontal wavy channel with velocity and thermal slips: applications in skin diseases
M Nazeer, M Irfan, F Hussain, I Siddique
Journal of Computational Biophysics and Chemistry 22 (03), 259-272, 2023
262023
Analytical study of heat transfer rate of peristaltic flow in asymmetric channel with laser and magnetic effects: Remedy for autoimmune disease
M Nazeer, M Irfan, F Hussain, I Siddique, MI Khan, K Guedri, AM Galal
International Journal of Modern Physics B 37 (03), 2350025, 2023
202023
Regular perturbation solution of Couette flow (non-Newtonian) between two parallel porous plates: a numerical analysis with irreversibility
M Nazeer, MI Khan, S Kadry, Y Chu, F Ahmad, W Ali, M Irfan, M Shaheen
Applied Mathematics and Mechanics 42 (1), 127-142, 2021
202021
Theoretical study of silver nanoparticle suspension in electroosmosis flow through a nonuniform divergent channel with compliant walls: a therapeutic application
M Irfan, I Siddique, M Nazeer, W Ali
Alexandria Engineering Journal 86, 443-457, 2024
152024
Heat transfer analysis of single-walled carbon nanotubes in Ellis's fluid model: Comparative study of uniform and non-uniform channels
M Irfan, I Siddique, M Nazeer, S Saleem, N Radwan
Case Studies in Thermal Engineering 54, 104036, 2024
52024
Investigation of heat transfer phenomenon in a complex wavy divergent channel under the effects of thermal radiation, joule heating and electroosmosis
M Irfan, I Siddique, KA Gepreel, M Nazeer, D Abduvalieva, M Ijaz Khan
Numerical Heat Transfer, Part A: Applications, 1-20, 2024
2024
Heat transfer analysis of hybrid nanofluid under the effects of surface roughness along with velocity and thermal slips
I Siddique, M Irfan, M Al‐Dossari, A Alqahtani, M Nazeer, ...
Heat Transfer, 0
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