Sharif Digital Repository

Laminar forced convection in a tube with a nano-encapsulated phase change materials: minimizing exergy losses and maximizing the heat transfer rate

Author

Golab, E.

Publisher

Elsevier Ltd,

Pub. Year

2023

Subjects

Energy storage materials. / Exergy analysis. / Forced convection. / Latent heat energy storage. / Nano-encapsulated phase change material. / Nanofluid.

Calculating transmembrane voltage on the electric pulse-affected cancerous cell membrane: using molecular dynamics and finite element simulations

Author

Mirshahi, S.

Pub. Year

2024

Subjects

Adaptive neuro-fuzzy inference system. / Cancerous cell. / Cell membrane. / Drug delivery. / Finite element method. / Molecular dynamic simulation. / Transmembrane potential. / Humans. / Lipid Bilayers. / MCF-7 Cells. / Membrane Potentials. / Molecular Dynamics Simulation. / Phosphatidylcholines. / Phosphatidylcholine. / Cancer cell. / Cell surface. / Cell suspension. / Cell viability percentage. / Controlled study. / Drug delivery system. / Electric field. / Electric potential. / Electric pulse. / Finite element analysis. / Fuzzy system. / Human. / Human cell. / Mathematical model. / MCF-7 cell line. / Membrane potential. / Molecular dynamics. / Software. / Surface area. / Cell membrane permeability. / Chemistry. / Electricity. / Electroporation. / Lipid bilayer. / Metabolism.

Nanoparticles migration due to thermophoresis and Brownian motion and its impact on Ag-MgO/water hybrid nanofluid natural convection

Author

Goudarzi, S.

Publisher

Elsevier B.V,

Pub. Year

2020

Subjects

Hybrid nanofluid. / Nanofluid. / Nanoparticles migration. / Natural convection. / Thermophoresis and Brownian motion. / Brownian movement. / Enclosures. / Magnesia. / Nanoparticles. / Oxide minerals. / Silver compounds. / Thermophoresis. / Bottom wall. / Brownian diffusion. / Cold wall. / Constant temperature. / Nanofluids. / Nanoparticle concentrations. / Wavy wall. / Nanofluidics. / Magnesium oxide. / Nanoparticle. / Silver. / Silver magnesium oxide water hybrid nanofluid. / Unclassified drug. / Water. / Algorithm. / Article. / Buongiorno model. / Chemical parameters. / Chemical phenomena. / Concentration (parameter) / Controlled study. / Density. / Diffusion. / Electrophoresis. / Geometry. / Isotherm. / Mathematical model. / Measurement accuracy. / Mechanics. / Nanofluid volume fraction. / Nanoparticle migration. / Simulation. / Thermal conductivity. / Thermodynamics. / Validation study. / Viscosity.

The effect of hematocrit and nanoparticles diameter on hemodynamic parameters and drug delivery in abdominal aortic aneurysm with consideration of blood pulsatile flow

Author

Jafarzadeh, S.

Publisher

Elsevier Ireland Ltd,

Pub. Year

2020

Subjects

Drug delivery. / Hematocrit. / Hemodynamic parameters. / Non-Newtonian model. / Pulsatile flow. / Two-Phase model. / Blood. / Blood vessels. / Computational fluid dynamics. / Controlled drug delivery. / Flow patterns. / Hemodynamics. / Iron oxides. / Magnetic nanoparticles. / Non-Newtonian flow. / Non-Newtonian liquids. / Pharmacokinetics. / Shear flow. / Shear stress. / Strain rate. / Vorticity. / Abdominal aortic aneurysms. / Drug concentration. / Drug distribution. / Nanoparticle diameter. / Non-Newtonian fluids. / Wall shear stress. / Targeted drug delivery. / Magnetite nanoparticle. / Abdominal aortic aneurysm. / Artery dilatation. / Blood flow. / Drug accumulation. / Heart cycle. / Particle size. / Simulation.