Bioconvection Mangnetohydrodynamic Tangent Hyperbolic Nanofluid Flow with Quartic Chemical Reaction Past a Paraboloid Surface

In this numerical study, the effect of quartic autocatalysis type chemical reaction, buoyancy force and thermal radiation phenomenon magnetic on tangent hyperbolic nanofluid past an upper horizontal surface a paraboloid has been studied. By considering Buongiorno model approach, diffusion unequal coefficients in presence gyrotactic microorganism is discussed. Implementation microorganism's idea used to stabilize nanoparticles through bioconvection. The modeled PDEs problems are converted into nonlinear ODEs with assistant similarity transformations. To tackle ODEs, MATLAB package bvp4c used. addition, hallmark Matlab code reported results literature achieved by benchmarking. variations motion, concentration, temperature, motile density due sundry parameters have analyzed in-depth via graphs. Our analysis shows that profile hiked increment bioconvection Rayleigh number but decreases for higher Grashof number.