期刊论文

Yu-Ming Chu

英文

International Communications in Heat and Mass Transfer

0735-1933

2021

126

105351

10.1016/j.icheatmasstransfer.2021.105351

In this section, the Magnetohydrodynamic boundaries layer flow of micropolar nanofluid with slipping is introduced. Specification of the numerical technique utilized was carried out in specific cases of the method and the findings produced were associated with the current solutions in the scientific literature. Provides a numerically solution for non-dimensional nonlinear velocities, temperatures, nanoparticles concentrations and gyrotactic motile microorganisms equations. In nature the

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The novel aim of current analysis is to identify the characteristics of Arrhenius activation energy and nonlinear thermal radiation in bio-convective brinkman type micropolar nanofluid flow with gyrotactic motile microorganisms and melting phenomena through a stretched surface. The temperature dependent heat source/sink and exponential space-based thermal source are considered. Further, concentration of nano-materials and thermal fields are considered in the occurrence of Brownian motion and thermophoresis diffusion. The narrating boundary layer flow equations of brinkman type micropolar fluid...