Aircraft Engineering and Aerospace Technology, Journal Year: 2025, Volume and Issue: unknown

Published: April 17, 2025

Purpose The study aims to investigate the impact of injection/suction and non-linear thermal radiation (NLTR) on double diffusive mixed convective stagnation point flow tangent-hyperbolic nanofluid (THNF), incorporating effects heat absorption generation. Design/methodology/approach To make analysis more efficient, governing form model partial differential equations (PDE) is changed into ordinary eqquations (ODE’s) by appropriate transformations. Following this, authors solved transformed using homotopy method Mathematica software. This investigates how varying values for suction/injection, Biot number influence concentration, temperature velocity profiles. Moreover, local Sherwood number, skin friction Nusselt are included various parameters involved in study. Findings In this analysis, profile enhances while magnifying absorption/generation parameter when suction or injection zero considered. While boosting parameter, boundary layer found thickening. At A = 1.032, coefficient remains constant as increases. Research limitations/implications limitation that laminar steady. Practical implications These results have practical applications across diverse fields, including glass fiber, cooling metallic sheets, paper production food processing. outcome research THNF can be applied processing industrial applications, biomedical treatments analogy spongy cartilage. Originality/value focus examining NLTR presence generation which not yet experimented. clearly shows novelty work.

Language: Английский