The Influence of Thermal Expansion on Flow Past an Inclined Accelerated Sectional Plate with Persistent Mass Diffusion

Abstract

In this article, we examined the solution of a homogeneously intensified isothermal inclined infinite plate with constant temperature. The plate is elevated to Tw , and the species accumulation is enhanced at a consistent speed. Under appropriate boundary conditions, the non-dimensional guiding formulae are remedied using the Laplace transform procedure. The effect of velocity, temperature, and concentration on various factors, including thermal and mass Grashof numbers, Schmidt numbers, and duration, is discussed. The velocity increases proportionally to the thermal and mass Grashof numbers, but decreases as the inclined angle, Schmidt numbers and time increase.

Effects of chemical reactions in the presence of temperature variations and isothermal mass diffusion over an inclined plate

“…Nagesh Gulle and Raghunathkodi [43] analyzed the influence of Soret emission and elemental processes on magnetohydrodynamics Jeffrey liquid circulation across a perforated material through a tilted perpendicular surface. The effect of thermal extension on circulation across an expedited segmented slope surface including purposeful material dispersion was analyzed by Nagarajan et al [44]. Tad and Ahmed [45] investigated the magnetohydrodynamic unrestricted convective circulation over a sloping permeable surface with a thermal origin, the Soret influence, elemental response, viscid dispersion, and ohmic incineration.…”

“…Finally, Bharathi et al [46] analyzed the rotation, electromagnetic fields, and variable thermal efficiency that affect convection circulation across an endlessly perpendicular permeable surface. Sundar Raj et al [47] made significant contributions to our understanding of the impacts of chemical processes on inclined isothermal vertical plates, with a particular emphasis on isothermal mass diffusion and changeable temperature.…”