Dissipative slip flow along heat and mass transfer over a vertically rotating cone by way of chemical reaction with Dufour and Soret effects

Abstract

An attempt has been constructed in the communication to envision heat and mass transfer characteristics of viscous fluid over a vertically rotating cone. Thermal transport in the fluid flow is anticipated in the presence of viscous dissipation. Whereas, concentration of fluid particles is contemplated by incorporating the diffusion-thermo (Dufour) and thermo-diffusion (Soret) effects. The governing equations for concerning problem is first modelled and then nondimensionalized by implementing compatible transformations. The utilization of these transformations yields ordinary differential system which is computed analytically through homotopic procedure. Impact of velocity, temperature and concentration profiles are presented through fascinating graphics. The influence of various pertinent parameters on skin friction coefficient, Nusselt number and Sherwood number are interpreted through graphical and tabular display. After comprehensive examination of analysis, it is concluded that temperature of fluid deescalates for growing values of Soret parameter whereas it shows inciting attitude towards Dufour parameter and similar agreement is observed for the behavior of concentration profile with respect to these parameters. Furthermore, the affirmation of present work is established by developing comparison with previously published literature. An excellent agreement is found which shows the credibility and assurance of present analysis.

Magnetic dipole effects on non‐Newtonian ferrofluid over a stretching sheet

“…Numerous investigations on mass transfer also establish in living matter phenomena, like sweating, respiration, and nutrition, and so on. There have been studied in the past highlighting role of chemical reaction in mass transfer phenomena see in Bilal et al and colleagues 18–21 . and has a variety of uses in nuclear reactor cooling, thermal oil recovery, geothermal reservoirs, and chemical manufacturing industries.…”

“…There have been studied in the past highlighting role of chemical reaction in mass transfer phenomena see in Bilal et al and colleagues. [18][19][20][21] and has a variety of uses in nuclear reactor cooling, thermal oil recovery, geothermal reservoirs, and chemical manufacturing industries. Chin et al 22 analyzed 3D Fourier heat flux in rotating magnetic field flow of a Maxwell fluid under the impacts of the binary chemical reaction and activation energy.…”

Exploration of radiative heat on magnetohydrodynamic rotating fluid flow through a vertical sheet

“…Bilal et al 8 considered the transfer of heat and concentration of viscous liquid past a moving cone under the impact of chemical reaction, Soret and Dufour effect. Dhananjeya Kumaar and Muthucumarswamy 9 have evaluated the impression of Hall current on motion and heat transport past a vertical sheet with a rotating liquid.…”

Magnetohydrodynamic flow of nano Williamson fluid generated by stretching plate with multiple slips

“…Authors found out that solution depends on Brownian motion number, thermophoresis number, stretching parameter, Prandtl number, heat generation/absorption parameter. In recent times, studies connecting with heat transfer and nanofluid flows are presented in Fakour et al (2015Fakour et al ( , 2014, Hatami et al (2013), Ganji et al (2014), Mahanthesh et al (2018), Gireesha et al (2018), Mahanthesh, Gireesha, Prasanna, Kumara andShashikumar (2017), Raza et al (2018), Mebarek-Oudina (2019), , Saqib, Ali, Khan, Sheikh and Shafie (2018), Saqib, Ali, Khan, Sheikh, Khan (2019), , Raza et al (2019), Sandeep (2016Sandeep ( , 2017, Ramana , Anantha Kumar, Ramadevi and Sugunamma (2018), Anantha Kumar, Sugunamma, Sandeep and Ramana Reddy (2018a), Anantha Kumar et al (2019b), Anantha , Ramadevi et al (2019), Anantha , Anantha Kumar et al (2019a), Anantha , Anantha Kumar, Sugunamma, Sandeep and Ramana Reddy (2019), Alkasassbeh et al (2019), Mebarek-Oudina andBessaïh (2007b), Bilal et al (2016Bilal et al ( , 2018, Bilal, Rehman, Malik, Hussain and Awais (2017), , and . Raza et al (2016) had done a piece of work on nanofluids in rotating channel in which MHD threedimensional flow is investigated.…”