MAHE Dubai faculty publishes in Scopus Q2 journal
MAHE Dubai congratulates Dr. Rajesh Kumar Chandrawat (School of Engineering & Information Technology) on the publication of a peer-reviewed research paper titled:
“Investigating Hall effect and viscous dissipation in Saffman/nanofluid MHD duct flow: A combined RBF and fuzzy logic approach.”
Published in the Journal of the Brazilian Society of Mechanical Sciences and Engineering (Scopus Q2), the study examines how the Hall effect and viscous dissipation influence magnetohydrodynamic (MHD) duct flows with Saffman/nanofluid models - an area relevant to advanced thermal management, energy systems, and microfluidic device design. The work leverages a hybrid methodology - radial basis function (RBF) modeling paired with fuzzy logic to capture complex transport behavior and improve prediction fidelity across engineering operating conditions.
Why this matters?
Better models for real systems - MHD and nanofluid flows appear in cooling, energy, and process industries; accurate models enable smarter designs.
Hybrid AI + numerical tools - Combining RBF with fuzzy logic offers robust handling of nonlinearities and parameter uncertainty.
Applied insights - Findings can inform optimization of ducts, channels, and thermal components where magnetic fields and nano-additives are used.
Access the article: https://doi.org/10.1007/s40430-025-05886-2
Please join us in congratulating Dr. Chandrawat and co-authors on this achievement.