Numerical analysis of thermal transportation in nanodiamond and silver-based nanofluid using the Cattaneo–Christov heat flux model

Background and Purpose: Studying the effects of suction injection on heat transportation in nanofluids for time-dependent boundary layer flow is a key topic fluid dynamics. Aerodynamics sciences space both make extensive use these types flow. In this research, nanodiamond silver nanoparticles water-type base-fluid are analyzed under thermal radiation non-Fourier theory. Methodology: A mathematical system having certain physical variations model converted to non-dimensional ordinary differential equation via suitable similarity transformation variables. Then numerically solved by RK4 shooting technique describe dynamics varied conditions. with approach gives rapid result high convergence accuracy. The relevant characteristics quantities evaluated an inclusive numerical scheme observed pattern, temperature distribution, concentration presence fluxes. Finding: According findings, ND-H 2 O Ag-H have outstanding performance characteristics. Ag-based nanofluid, however, has better transfer capability. To validate analysis, graphical tabular comparison presented specified assumptions. finding that, effect, rate larger than effect. unsteadiness parameter causes drop velocity profile, whereas energy distribution rises parameter.