koulali Aimad

Professor Assistant

University of Gdańsk

Poland

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Dr. Koulali Aimad is an Assistant Professor at Gdańsk University of Technology, Poland. His research areas include heat transfer analysis, optimization algorithms in fluid dynamics, and energy conversion processes, with a focus on nanofluid applications and laser-illuminated platforms. His recent publications cover topics such as the photo-thermal inactivation of E. coli and numerical modeling of two-phase heat transfer flows.

koulali Aimad

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Articles (17)

Investigations of Energy Conversion and Surface Effect for Laser-Illuminated Gold Nanorod Platforms

Analysis of heat transfer and AuNPs-mediated photo-thermal inactivation of <i>E. coli</i> at varying laser powers using single-phase CFD modeling

Example of Using Particle Swarm Optimization Algorithm with Nelder–Mead Method for Flow Improvement in Axial Last Stage of Gas–Steam Turbine

Investigations of Energy Conversion and Surface Effect for Laser-Illuminated Gold Nanorod Platforms

Second law analysis of a 3D magnetic buoyancy-driven flow of hybrid nanofluid inside a wavy cubical cavity partially filled with porous layer and non-Newtonian layer

Second law analysis of a 3D magnetic buoyancy-driven flow of hybrid nanofluid inside a wavy cubical cavity partially filled with porous layer and non-Newtonian layer

Numerical analysis of the two‐phase steam‐air heat transfer flow induced in smooth and corrugated channel using the VOF model

Aiding (opponent) flow of hybrid copper–aluminum oxide nanofluid towards an exponentially extending (lessening) sheet with thermal radiation and heat source (sink) impact

Numerical analysis of the two-phase steam-air heat transfer flow induced in smooth and corrugated channel using the VOF model

Aiding (opponent) flow of hybrid copper-aluminum oxide nanofluid towards an exponentially extending (lessening) sheet with thermal radiation and heat source (sink) impact

Comparative Study on Effects of Thermal Gradient Direction on Heat Exchange between a Pure Fluid and a Nanofluid: Employing Finite Volume Method

Thermal and solutal performance of Cu/CuO nanoparticles on a non-linear radially stretching surface with heat source/sink and varying chemical reaction effects

2D numerical simulation of tear film dynamics: Effects of shear-thinning properties

Galerkin finite element analysis of Darcy–Brinkman–Forchheimer natural convective flow in conical annular enclosure with discrete heat sources

CFD analysis of natural convection between two superposed fluids: role of corrugated bottoms

Numerical investigation of conjugate heat transfer in the presence of two fluid separated by a rigid wall

Mixed Convection in Lid-Driven “T” Shallow Cavity Heated From Bottom and Filled by Two Immiscible Fluids of Air and Al2O3-Water Nanofluid

Collaborators (3)

Luciano De Sio

Mohamed R. Eid

Dariusz Mikielewicz

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