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Symmetry and Fluid Mechanics
Ellahi, Rehmat
Symmetry and Fluid Mechanics
English[eng]
Newtonian and non-Newtonian fluids||Magnetohydrodynamic (MHD)||Darcy–Brinkman porous medium||Oil/MWCNT nanofluid||molecular diameter||MHD||thermodynamics||laminar flow||stretched surface||classical and fractional order problems||nanoparticles||smart pumping for hemodialysis||suction/injection||magnetohydrodynamic (MHD)||laminar g-Jitter flow||nonlinear thermal radiation||steady and unsteady flow problems||nanofuid||SWCNTs||nanoparticle||slip conditions||Jeffrey fluid||kernel gradient free||Jefferey||heat transfer||microchannel||magnetic field||inclined stretching sheet||fractional order differential equations||oscillating shear stress||symmetric linear equations||Maxwell and Oldroyd-B fluids||solitary waves||nanofluids and particle shape effects||FDE-12 numerical method||generalized finite difference scheme||Lagrangian approach||thin elastic plate||homogeneous–heterogeneous reactions||Marangoni convection||peristalsis||arched surface||SWCNT/MWCNT nanofluid||uniform current||nonlinear hydroelastic waves||homogeneous-heterogeneous reactions||unsteady rotating flow||viscous dissipation effect||heat source/sink||Numerical technique||particle swarm optimization||CNTs (MWCNTs and SWCNTs)||convective heat and mass transfer||slip coefficient||multiphase flow simulations||thin needle||HAM||slip||nanofluid||aqueous suspensions of CNT’s||stagnation point flow||compressible viscous flow||Casson fluid||temperature dependent thermal conductivity||viscous fluid||forced convection||Caputo–Fabrizio time-fractional derivative||tapered channel||couple stress fluid||porous dissipation||APCM technique||mixed convection||PLK method||Laplace and Fourier transformations||analytical technique||chemical reaction||homogeneous/heterogeneous reactions||isotherms||artificial neural networks||stretchable rotating disk||activation energy||rotating rigid disk||Casson fluid model||MWCNTs||Al2O3 nanoparticles||microducts||convective boundary condition||Permeable walls||rotating system||Couette–Poiseuille flow||velocity slip||porous medium||stability analysis||Cattaneo–Christov heat flux||Magnetohydrodynamics (MHD)||Cattaneo–Christov heat flux model||streamlines||side walls||integer and non-integer order derivatives||physiological fluid phenomena in biological systems||nanofluids||Carreau fluid||GO-W/GO-EG nanofluids||nonlinear stretching cylinder||heat generation||dual solution||RK scheme||OHAM||convective heat boundary condition||Nusselt number||exponential sheet||viscous dissipation||Keller-box method||finite volume method||peristaltic transport||steady laminar flow||numerical solution||shooting method||Knudsen number||cylinder||Newtonian heating||Darcy Forchheimer model||permeable sheet||stretching sheet||thermal radiation||Hafnium particles
Symmetry and Fluid Mechanics
English[eng]
Newtonian and non-Newtonian fluids||Magnetohydrodynamic (MHD)||Darcy–Brinkman porous medium||Oil/MWCNT nanofluid||molecular diameter||MHD||thermodynamics||laminar flow||stretched surface||classical and fractional order problems||nanoparticles||smart pumping for hemodialysis||suction/injection||magnetohydrodynamic (MHD)||laminar g-Jitter flow||nonlinear thermal radiation||steady and unsteady flow problems||nanofuid||SWCNTs||nanoparticle||slip conditions||Jeffrey fluid||kernel gradient free||Jefferey||heat transfer||microchannel||magnetic field||inclined stretching sheet||fractional order differential equations||oscillating shear stress||symmetric linear equations||Maxwell and Oldroyd-B fluids||solitary waves||nanofluids and particle shape effects||FDE-12 numerical method||generalized finite difference scheme||Lagrangian approach||thin elastic plate||homogeneous–heterogeneous reactions||Marangoni convection||peristalsis||arched surface||SWCNT/MWCNT nanofluid||uniform current||nonlinear hydroelastic waves||homogeneous-heterogeneous reactions||unsteady rotating flow||viscous dissipation effect||heat source/sink||Numerical technique||particle swarm optimization||CNTs (MWCNTs and SWCNTs)||convective heat and mass transfer||slip coefficient||multiphase flow simulations||thin needle||HAM||slip||nanofluid||aqueous suspensions of CNT’s||stagnation point flow||compressible viscous flow||Casson fluid||temperature dependent thermal conductivity||viscous fluid||forced convection||Caputo–Fabrizio time-fractional derivative||tapered channel||couple stress fluid||porous dissipation||APCM technique||mixed convection||PLK method||Laplace and Fourier transformations||analytical technique||chemical reaction||homogeneous/heterogeneous reactions||isotherms||artificial neural networks||stretchable rotating disk||activation energy||rotating rigid disk||Casson fluid model||MWCNTs||Al2O3 nanoparticles||microducts||convective boundary condition||Permeable walls||rotating system||Couette–Poiseuille flow||velocity slip||porous medium||stability analysis||Cattaneo–Christov heat flux||Magnetohydrodynamics (MHD)||Cattaneo–Christov heat flux model||streamlines||side walls||integer and non-integer order derivatives||physiological fluid phenomena in biological systems||nanofluids||Carreau fluid||GO-W/GO-EG nanofluids||nonlinear stretching cylinder||heat generation||dual solution||RK scheme||OHAM||convective heat boundary condition||Nusselt number||exponential sheet||viscous dissipation||Keller-box method||finite volume method||peristaltic transport||steady laminar flow||numerical solution||shooting method||Knudsen number||cylinder||Newtonian heating||Darcy Forchheimer model||permeable sheet||stretching sheet||thermal radiation||Hafnium particles