NUMERICAL ANALYSIS OF THE COEFFICIENTS OF FRICTION OF A PARTICLE-LADEN INCOMPRESSIBLE FLUID FLOW IN A LAMINAR REGIME BETWEEN TWO PARALLEL PLATES
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Begellhouse
Reference7 articles.
1. Klazly, M. & Bognar, G., (2020) 'CFD Study for the Flow Behaviour of Nanofluid Flow over Flat Plate'. International Journal of Mechanics. Vol. 14.
2. Lin, S. Xia, H. Zhang, Z. Liu, J. & Wang, H., (2021). 'Direct Numerical Simulation of Particle-laden Flow Around an Obstacle at Different Reynolds Numbers'. Journal of Physics: Conference Series. Conf. Ser. 1877 012035.
3. Vasco-Calle, D. Chen, D. & Acevedo-Cabello, J., (2015) 'Computational Simulation of Laminar Heat Convection of Nanofluids in a Circular Tube and Squared Duct'. DYNA. Vol. 83. 113-118.
4. Marin, J.C., Amaya, C.J., Ayala, O.M., Ayala, O.F., Ayala, M., (2023) 'Numerical Study of the Velocity Profiles in an Incompressible Laminar Flow with Particles Between Two Parallel Plates' Proc. of the ASME 2023. International Mechanical Engineering Congress and Exposition. IMECE2023-113888. New Orleans, LA, USA.
5. Gonzalez, E.J., Navarrete, L.E., Ayala, O.M., Ayala, O.F., Ayala, M., (2023) 'Numerical Study of the Friction Coefficient of an Incompressible Laminar Flow with Solid Particles Over a Flat Plate' Proc. of the ASME 2023. International Mechanical Engineering Congress and Exposition. IMECE2023-111962. New Orleans, LA, USA.
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