Titlebook: Advances in Computational Heat and Mass Transfer; Proceedings of the 1 Ali Cemal Benim,Rachid Bennacer,Jan Taler Conference proceedings 202

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Heat Transfer Augmentation in a Mini-channel Using Magnetic Nanofluid and Magnetic Vortexchanical vibration in presence of magnetic fields reaching a maximum of 1.27 at 150 Re with high vibration and maximum intensity of magnetic field. These findings demonstrate the potential for using non-uniform magnetic fields and vibrations to enhance fluid system convective heat transfer.

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Response Surface Methodology of MHD Axisymmetric Hybrid Nanofluid Flow over a Radially Shrinking Sural rate) are computed and observed for few factors like magnetic parameter, suction parameter and heat generation. Meanwhile, the justification of these parameters either they are significant or not for this physical problem is statistically tested using the response surface methodology (RSM) in the

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Heat Transfer Scrutiny in MHD Mixed Convective Flow of Williamson Tri-Hybrid Nanofluids Past a Horiz. The deportment of particular parameters on velocity field and thermal dissemination along with quantities of engineering interest are disclosed. We found that temperature is enhanced by considering nonlinear thermal radiation, variant thermal conductivity and convective boundary conditions. The us

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GPU Accelerated Simulation of?Conjugate Heat Transfer Problems heat transfer phenomena occurring due to density-driven fluid motion. The buoyancy effects induce convective currents within the cavity, influencing the temperature distribution. The squared cavity with a solid square in the center represents a more complex conjugate heat transfer problem. The pres

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Instability in?Annular Sliding Couette Flow with?Variable-Viscosity and?Viscous Dissipation0.1415. However, the current analysis reported that a small deviation in the fluid’s viscosity induces flow instability for all values of the radius ratio. Additionally, the analysis highlights the destabilizing impact of the radius ratio on the flow instability. The Arrhenius-type model demonstrate

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Numerical Simulations of?Die Plate Freeze-Off in?Underwater Pelletizerssition happens due to rapid cooling and results in the obstruction of the polymer holes, causing a blockage. This study investigates the freeze-off phenomenon using a computational fluid dynamics (CFD) model developed in ANSYS FLUENT. Temperature contours are carefully analyzed to assess the likelih