UNRAVELING THE COMPLEXITIES OF THERMAL RADIATION AND ROTATIONAL DYNAMICS IN PARABOLIC FLOW: A PERSPECTIVE

UNRAVELING THE COMPLEXITIES OF THERMAL RADIATION AND ROTATIONAL DYNAMICS IN PARABOLIC FLOW: A PERSPECTIVE Dilip Jose Sebastian Mercy Priya Veeramani Buvaneswari Shanmugam Selvaraj Kandhasamy Balakumar Rajakrishnan Selvaraj Ayothi Lakshmikaanth Devi

The current study investigates the impact of thermal radiation in a scenario without magnetohydrodynamics (MHD) on a swaying current, while an extremely uniform vertical plate with an attached pile transmission has been considered in the examination. Although calculations were made, the precise nature of this impact remains uncertain. Both the plate temperature and the nearby concentration level increased evenly and consistently. The Laplace transform was employed to derive the dimensionless form. Various physical attributes, such as the thermal Franz Grashof number, mass Franz Grashof number, radiation parameter, Schmidt number, and the Ludwig Prandtl number, were considered. These attributes account for the effects of quickness, thermal state, and the number of species dissolved in the fluid. The profiles are graphically illustrated. An increment in the thermal (or mass) Grashof number leads to higher quickness values. Concerning the thermal luminosity attributes, there is an observed inversion in the trend.
10 3 2024 10 3 2024 617 639 10.17654/0973576324040 https://pphmjopenaccess.com/index.php/jphmt/article/view/1940 https://pphmjopenaccess.com/index.php/jphmt/article/view/1940