Lie symmetry analysis on heat and mass transport aspects of rate type fluid flow with waste discharge concentration: Keller Box approach DOI Creative Commons

K.V. Nagaraja,

Sumanta Shagolshem,

Bhavesh Kanabar

et al.

Scientific Reports, Journal Year: 2024, Volume and Issue: 14(1)

Published: Nov. 20, 2024

The present analysis examines the effect of thermal radiation on stream Maxwell liquid past a stretchy surface in presence zero-mass flux condition. waste discharge concentration, thermophoresis-Brownian motion, and porous media fluid motion is also considered. Investigation flow with concentration stretched sheets may lead to growth effective methods for disposing preventing pollution. Due their extensive applicability, mechanisms heat transmission context play crucial role research industry. This phenomenon often occurs spacecraft, nuclear reactor cooling, power production, aerospace technologies, combustion applications, gas turbines, hypersonic flights, high-temperature processes. modelled governing partial differential equations (PDEs) are converted into dimensionless ordinary (ODEs) utilizing appropriate similarity variables. Further, Keller–Box approach utilized solve resultant ODEs numerically. influence several parameters temperature, velocity profiles shown via graphic representations. intensification Deborah's number parameter values declines profile. As radiation, thermophoresis, Brownian increase, profile increases. increases as pollutant external source value upsurges.

Language: Английский

Lie symmetry analysis on heat and mass transport aspects of rate type fluid flow with waste discharge concentration: Keller Box approach DOI Creative Commons

K.V. Nagaraja,

Sumanta Shagolshem,

Bhavesh Kanabar

et al.

Scientific Reports, Journal Year: 2024, Volume and Issue: 14(1)

Published: Nov. 20, 2024

The present analysis examines the effect of thermal radiation on stream Maxwell liquid past a stretchy surface in presence zero-mass flux condition. waste discharge concentration, thermophoresis-Brownian motion, and porous media fluid motion is also considered. Investigation flow with concentration stretched sheets may lead to growth effective methods for disposing preventing pollution. Due their extensive applicability, mechanisms heat transmission context play crucial role research industry. This phenomenon often occurs spacecraft, nuclear reactor cooling, power production, aerospace technologies, combustion applications, gas turbines, hypersonic flights, high-temperature processes. modelled governing partial differential equations (PDEs) are converted into dimensionless ordinary (ODEs) utilizing appropriate similarity variables. Further, Keller–Box approach utilized solve resultant ODEs numerically. influence several parameters temperature, velocity profiles shown via graphic representations. intensification Deborah's number parameter values declines profile. As radiation, thermophoresis, Brownian increase, profile increases. increases as pollutant external source value upsurges.

Language: Английский

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