Cattaneo-Christov Heat and Mass Transfer Flux Across Electro-Hydrodynamics Blood-Based Hybrid NanoFluid Subject to Lorentz Force

This study is unique in that it considers both the magnetic field and electromagnetic force flow direction. The imposed causes fluid to slow down, whereas electric factor increases velocity temperature.The principle aim of present addressing electro-hydrodynamic blood-based hybrid nanofluid behaviour when passes through a vertical stretchable areas.The theories Cattaneo-Christov model were investigated with thermal radiation possessing heat generation this study. Partial differential equations used solve problem. To look into systems coupled nonlinear equations, set was simplified using appropriate variables. answer obtained novel numerical method known as Spectral relaxation (SRM). Because can decouple linearize SRM preferred. uses Gauss-Seidel approach itsfoundation. analysis done numerically utilizing spectral techniques. outcomes are (i) Higher noticed enhance temperature profile; (ii) Increase Eckert number observed increase hydrodynamic boundary layer thickness; (iii) A higher value K extends hole allows for by increasing velocity; (iv) Pr depreciates (v) Sc skin friction Sherwood