Investigation of oriented magnetic field effects on entropy generation in an inclined channel filled with ferrofluids

Keyphrases

• Entropy Generation 100%
• Inclined Channel 100%
• Magnetic Field Effect 100%
• Ferrofluid 100%
• Design Parameters 25%
• Velocity Profile 25%
• Newton-Raphson Method 25%
• Work-as-done 25%
• Entropy Generation Minimization 25%
• Nanoparticles 25%
• Parameter Values 25%
• Superparamagnetic Iron Oxide Nanoparticles (SPIONs) 25%
• Temperature Profile 25%
• Generalized Differential Quadrature Method 25%
• Inclination Angle 25%
• Equation Set 25%
• Governing Differential Equation 25%
• Flow Characteristics 25%
• Non-magnetic 25%
• Nanoparticle Volume Fraction 25%
• Thermophysical Properties 25%
• Moving Parts 25%
• Discretized 25%
• Viscous Dissipation 25%
• System Behavior 25%
• Magnetic Constant 25%
• Inclined Magnetic Field 25%
• Magnetic Field Angle 25%
• Channel System 25%
• Algebraic Set 25%
• Carrier Fluid 25%
• Constant Pressure Gradient 25%
• Cu Particles 25%
• Base Fluid 25%
• Ferrofluid Flow 25%

Engineering

• Magnetic Field 100%
• Entropy Generation 100%
• Nanoparticle 75%
• Velocity Profile 25%
• Field Pressure 25%
• Temperature Profile 25%
• Generalised Differential Quadrature Method 25%
• Governing Differential Equation 25%
• Flow Characteristics 25%
• Inclination Angle 25%
• Moving Part 25%
• Newton-Raphson Method 25%
• Carrier Fluid 25%
• Field Angle 25%
• Base Fluid 25%
• Design Parameter 25%
• Pressure Gradient 25%
• System Behavior 25%

Material Science

• Ferrofluid 100%
• Nanoparticle 60%
• Volume Fraction 20%
• Thermophysical Property 20%