Significance of gyrotactic microorganism and bioconvection analysis for radiative Williamson fluid flow with ferromagnetic nanoparticles

Magnetotactic bacteria and Fe3O4–water in a wavy walled cavity

“…Biswas et al (2020) made a work for MHD bioconvection of oxytactic microorganisms with nanoparticles that bioconvection parameters can affect the HT and FF with MF and nanoparticle volume fraction. Kada et al (2023) considered the gyrotactic microorganism's phenomenon for Williamson and characteristics of ferromagnetic nanomaterials with bioconvection. The problem is solved by numerical techniques, and radiation characteristics are also calculated by modeling ferromagnetic NFs.…”

Entropy generation for exact irreversibility analysis in the MHD channel flow of Williamson fluid with combined convective-radiative boundary conditions

“…Ahmed et al [ 4 ] conducted a flow analysis on a non-linear stretched medium in a Williamson fluid influenced by a two-phase model. Kada et al [ 5 ] scrutinized the radiative time-independent flow phenomenon with physical conditions in a Willaimson fluid. They deduce that the temperature distribution of the Williamson fluid increases as a result of the greater magnitude of radiation.…”

Entropy generation in bioconvection hydromagnetic flow with gyrotactic motile microorganisms

“…Bio convection refers to macroscopic movement of liquid induced by a density gradient organized by an alternating floating system based on motile microbes. Thermal radiation impact in a bioconvective ferromagnetic Williamson material subject to dissipation was studied by Kada et al 20 Majeed et al 21 highlighted the features of gyrotactic microorganisms in magnetized time-dependent nanoliquid flow. Waqas et al 22 scrutinized thermo and solutal stratification impacts in Casson nanomaterial flow with convective boundary conditions.…”