THERMO-DIFFUSION AND NON-UNIFORM HEAT SOURCE/SINK EFFECTS ON HYDROMAGNETIC FLOW OF CU AND TIO2 WATER - BASED NANOFLUID PARTIALLY FILLED WITH A POROUS MEDIUM

Thermo-diffusion and non-uniform heat source/sink effects on hydromagnetic flow of Cu and TiO2 water - based nanofluid partially filled with a porous medium

The study of nanofluids is important due to its vast public health potential.There exist many biomedical applications for nanofluids including drug delivery, magnetic cell separation, hyperthermia testing, photoablation therapy, biosensor development, bone-substituting implants, bioimaging, cell labeling, and gene delivery.Nanofluids are useful in

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Internal and forced ocean variability in the Mediterranean Sea

Two types of variability are discernible in the ocean: a response to the atmospheric forcing and the so-called internal/intrinsic ocean variability, which is associated with internal instabilities, nonlinearities, and the interactions between processes at different scales.Producing an ensemble of 20 multiyear ocean simulations of the Mediterranean

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