The improvement of heat transfer is the focus of this paper’s innovative theoretical ternary hybridity nanofluid (HNF) prototype. In this examination, blood is employed as the conventional liquid, and the tri-hybrid nanomolecules Au, Ag, and TiO2 are submerged in it. The extension has been made in the conventional Tiwari and Das hybrid nanofluid model to transform it for the case of a trihybrid nanofluid. By consuming resemblance variables and the Keller box methodology (KBM) to resolve the ordinary differential equations (ODEs) resulting from the conversion of the liquid flowing and temperature formulas. The results are graphed, and it is shown that the trihybridity nanofluid (THNF) has greater thermal conductance than the HNF. The heat transference rate increases in the situation of an augmentation in thermal conduction and radiation effect which helps remove the toxic plaque from th...

Solar energy is the most important source of thermal energy that comes from the sun. This kind of energy has enormous potential applications in fields of technology such as photovoltaic panels, renewable power, solar light poles, and solar pumps used for water extraction. The era in which we are living is all about the applications of solar energy in industrial sectors most importantly in solar sports car manufacturing. This article presents a new way of thinking about the heat transport analyses of photovoltaic hybrid vehicles, by factoring Casson-Sutterby liquid with the inclusion of various effects like variable thermal conduction, thermal radiation, heat generation, and tetrahybrid nanoparticles. To solve the modelled equations in regards to both momentum and energy, another well-computational approach known as the Cash and Carp method was used. The effects of a wide variety of facto...