Heat and mass transfer analysis of radiative and chemical reactive effects on MHD nanofluid over an infinite moving vertical plate

A comparative study of nanofluid (Cu–H2O) and pure fluid (water) is investigated over a moving upright plate surrounded by porous surface. The novelty the includes unsteady laminar MHD natural transmission flow an incompressible fluid, to get thermal conductivity more than fluid. chemical reaction this with respect radiation absorption observed considering nanoparticles attain equilibrium. present work validated previously published work. travels constant velocity u0, temperature concentration are considered be period harmonically independent mean at plate. most excellent appropriate solution oscillatory pattern boundary layer equations for governing computed utilizing Perturbation Technique. impacts factors on velocity, temperature, visually depicted thoroughly elucidated. features in regime explored qualitatively. This enhancement notably significant copper nanoparticles.