Effects of Richardson and Biot number on double‐diffusive Casson fluid flow with viscous dissipation

Abstract

An analysis is done of the effect of Richardson and Biot number on double-diffusive mixed convective Casson fluid stream with viscous dissipation on warmth and mass stream with convective limit conditions and radiating vertical plate. The R-K method with shooting procedure is used to solve the transformed equations mathematically. The accuracy of the numerical procedure has been validated through a comparison of the current work compared with prior available results. The sheer surface stress, Nusselt, and Sherwood number are increased with enhancement in Prandtl number. The Biot number Βi > 0.1 is investigated and increasing Biot number is observed to enhance the friction coefficient, Nusselt, and Sherwood number are increased. The influence of pertinent constraints on distinct flow parameters is determined and analyzed through tables and graphs.

Three‐dimensional non‐Newtonian couple stress fluid flow over a permeable stretching surface with nonlinear thermal radiation and heat source effects

“…The 3D motion with homogeneous-heterogeneous reactions on the absorbent medium was analyzed. [36][37][38][39] The power of the chemical reaction on the 3D liquid motion was described. [40][41][42][43][44] The stimulus of variable temperature and concentration on MHD stagnation point flow via stretching sheet was presented by Harinath Reddy et al 45 Recently advances of 3D in engineering have improved the manufacturing technology and industrial applications like, fabrication of bioscaffolds and viable tissue, 3D bioprinting technology, ranging from the quality control in the production of molds, 3D scaffolds.…”

“…It has huge applications in industrialized and engineering, such as crops damage via freezing, chemical processing equipment design, fog formation and dispersion, generating electric power, energy transfer in a wet cooling tower, chemical industries, power and cooling industries for drying, chemical vapor deposition on surfaces, energy transfer in cooling tower, and so on. The 3D motion with homogeneous–heterogeneous reactions on the absorbent medium was analyzed 36–39 . The power of the chemical reaction on the 3D liquid motion was described 40–44 .…”

Influence of Radiation and Convection on 3D-Casson Hybrid Nanofluid Flow in the Presence of Suction Over a Rotary Sheet

“…The effects of radiation on a Casson fluid moving across an exponentially extending plane was conducted by Seini et al [45]. Numerous investigations on the momentum, "heat, and mass transfer" of Casson fluids under diverse conditions have been conducted by a variety of investigators using numerical or analytical techniques, as evidenced by the references [7,8,18,25,30,31,35,41].…”