Murthy, D. V. N. S. R.
Cattaneo-christov model for mixed convective radiative flow of casson fluid with joule heating in the presence of chemical reaction over a stretching cylinder - Vol.34, Aug - Prayagraj Pushpa Publishing House 2023 - 153-181p.
Illustration of flow, heat and mass transformation caused by a stretched cylinder is vital to diagnose the standard of copper thinning and wire coating. Present article addresses the consequences of the mixed convective radiative flow of a Casson fluid with Joule heating in presence of chemical reaction towards a stretched cylinder together with double diffusive Cattaneo-Christov model. Apposite similarity variables are assigned to metamorphose the flow modeling partial differential equations which arise in the analysis of flow, heat and mass transformation phenomenon as ordinary differential equations. Keller-Box solution is carried out for resultant equations. Graphical approach is adopted to impart the explicit discern of physical parameters. To scrutinize the precision of the proposed method, a resemblance is taken with the past outcomes. An acceptable correlation is discerned. Final outcomes illustrate that temperature and concentration exhibit diminishing nature for thermal and concentration relaxation parameters.
Mechanical Engineering
Cattaneo-christov model for mixed convective radiative flow of casson fluid with joule heating in the presence of chemical reaction over a stretching cylinder - Vol.34, Aug - Prayagraj Pushpa Publishing House 2023 - 153-181p.
Illustration of flow, heat and mass transformation caused by a stretched cylinder is vital to diagnose the standard of copper thinning and wire coating. Present article addresses the consequences of the mixed convective radiative flow of a Casson fluid with Joule heating in presence of chemical reaction towards a stretched cylinder together with double diffusive Cattaneo-Christov model. Apposite similarity variables are assigned to metamorphose the flow modeling partial differential equations which arise in the analysis of flow, heat and mass transformation phenomenon as ordinary differential equations. Keller-Box solution is carried out for resultant equations. Graphical approach is adopted to impart the explicit discern of physical parameters. To scrutinize the precision of the proposed method, a resemblance is taken with the past outcomes. An acceptable correlation is discerned. Final outcomes illustrate that temperature and concentration exhibit diminishing nature for thermal and concentration relaxation parameters.
Mechanical Engineering