Enhanced transport properties and its theoretical analysis in two-phase hybrid nanofluid

This study explores the issue of micropolar fluids and heat transfer in a hybrid nanofluid through moving thin needle with prescribed surface flux. Here, SWCNT MWCNT are referred to as nanoparticles, Engine oil Refrigerant-134A working fluid. Similarity transformation is implemented acquire similarity equations, then numerically solved by utilizing shooting technique bvp4c function. Hybrid nanofluids enhance coefficient when their concentrations nanoparticle volumes increase. The graphical results made for different involved parameters such material parameter, micro-gyration index parameter. It found that friction drag improved than nanofluids. further seen increase size axial angular velocity temperature distribution diminishes.