Research Article
A Fourth-Order Compact Finite Difference Scheme for Solving the Time Fractional Carbon Nanotubes Model
Table 1
Parameters are mentioned in the model.
| Parameter | Description |
| | Dimensionless velocity | | Dimensionless temperature | | Dimensionless time | | Dimensionless special variable | | Solid volume fraction of the nanofluid () | | Constant kinematic viscosity | | Frequency of oscillation of the plate | | The characteristics velocity | | The unit step function | | Casson fluid parameter | | Magnetic parameter | | Permeability parameter | | Prandtl number | | Grashof number | | Density of the based fluid | | Density of the solid nanoparticle CNTs | | Heat capacitance of the based fluid | | Heat capacitance of the solid nanoparticles CNTs | | Thermal conductivity of the nanofluids | | Thermal conductivity of the based fluid | | Thermal conductivity of the solid nanoparticles | | The electrical conductivity of the based fluid | | Thermal expansion coefficient of the based fluid | | Thermal expansion coefficient of the solid nanoparticles CNTs |
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