The Effects of Thermal Stratification on Flow Past an Infinite Vertical Plate in Presence of Chemical Reaction

Abstract

This study examines how thermal stratification affect the movement of a fluid in presence of first order chemical reaction past an infinite vertical plate. To solve the non-dimensional governing equations in closed form for Pr = 1, the Laplace’s transform system is applied. Significant findings resulting from stratification are compared to the case of no stratification. The effects of many parameters, including S, K, Gr, Gc, Sc and time on velocity, temperature, concentration, skin friction, Nusselt number, and Sherwood number are explored and graphically displayed. It is shown that the steady state is attained at shorter times as a result of the application of stratification on the flow.

Thermal and mass stratification effects on unsteady parabolic flow past an infinite vertical plate with exponential decaying temperature and variable mass diffusion in porous medium

“…The combined effects of thermal stratification and chemical reaction on the flow past an infinite vertical plate and an accelerated vertical plate, respectively, were investigated by Nath and Deka [20] and Kalita et al [21]. In the same way, Nath et al [22] looks at how thermal stratification affects unstable parabolic flow past an infinite vertical plate. Kumar and Deka [23] conducted research on the impact of thermal and mass stratification on the dynamic flow around a vertical plate that moves at an extremely high speed.…”

“…[19] investigated how the Darcy number affects the onset of convection in a porous medium. The combined effects of thermal stratification and chemical reaction on the flow past an infinite vertical plate and an accelerated vertical plate, respectively, were investigated by Nath and Deka [20] and Kalita et al. [21].…”

A Numerical Study on the MHD Ternary Hybrid Nanofluid (Cu-Al2O3-TiO2/H2O) in presence of Thermal Stratification and Radiation across a Vertically Stretching Cylinder in a Porous Medium

“…Furthermore, [15] have investigated how both stratification effects affect infinite vertical cylinders. [16] and [17] conducted a study to investigate the combined impact of thermal stratification and chemical reaction on the flow past an infinite vertical plate and an accelerated vertical plate, correspondingly. Similarly, [18] looks at how thermal stratification affects unsteady parabolic flow past an infinite vertical plate.…”

Heat And Mass Transfer on Flow Past an Accelerated Plate Through Porous Medium with Variable Temperature and Mass Diffusion in Presence of Heat Source/Sink

“…The impacts of radiation and thermal diffusion on changeable MHD flow via a vertically accelerated porous plate with changeable temperature and changeable mass diffusion while being affected by an applied transverse magnetic field, when a heat source or sink is present are investigated by Ramana Reddy et al [16]. Thermal Stratification's impact on the flow through an infinite vertical plate was studied by Nath et al [18]. Kalita et al [19] examined the effect of thermal stratification on the flow passing an accelerated plate with changeable temperature.…”