Keywordssqueezing flow; Jeffrey fluid; nanoparticles; magnetic field; Williamson fluid; unsteady flow; nanofluid film; HAM and numerical method; nanofluids; variable viscosity; variable thermal conductivity; partial slip; heat transfer; porous plate; free convection; thermal radiation; fractional nanofluids; exact solutions; magnetohydrodynamic; nanoliquid thin film; Al2O3-H2O; CuO-H2O; spray; heat transfer; stretching cylinder; homotopy analysis method; numerical method; residual errors; skin friction coefficient; nusselt number; nanofluids; viscosity; RBF neural network; ethylene glycol/water; Thermophoretic effect and Brownian motion, thin film, porous medium, Williamson fluid, unsteady stretching sheet, HAM, ND-solve methods; concentration; deposition; two-way coupling; side-by-side obstacles; discrete phase model (DPM); n/a
