| Abstract: |
| Carbon nanotubes are believed to be the most dominant nano-materials latterly. Their distinctive morphology, exclusive thermal and electrical characteristics, physicochemical features direct their involvement in a large number of fields. For this reason, this current article elucidates the flow of single-wall and multi-wall carbon nanotube fluid along the surface of Riga plate fixed in a porous environment under the impact of homogeneous heterogeneous reactions. Further, the problem is based on water and kerosene oil as two different base fluids and viscous dissipation is discussed as well. Numerical solutions for non-dimensionalized ordinary differential equations are assembled with the help of shooting technique and by employing the same procedure, the conduct of dominating parameters on velocity, temperature and concentration profiles is reported. The values of skin friction coefficient and Nusselt number are exhibited through tabular data. |
|