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Synovial fluid; coating; shear-thinning and -thickening models; mass transport; asymmetric channel; analytical solution; thin film; spin coating; rotating disk; nanoparticles; Newtonian fluids; coatings; curved stretched surface; nanoliquid; nonlinear thermal radiation; entropy generation; Reiner-Phillipoff fluid; time-dependent; thermal radiation; homotopy analysis method (HAM); thin film of micropolar fluid; porous medium; thermophoresis; skin friction; Nusselt number and Sherwood number; variable thickness of the liquid film; HAM; optical fiber coating; double-layer coating; viscoelastic PTT fluid; analytic and numerical simulations; thin film casson nanofluid; SWCNTs and MWCNTs; stretching cylinder; MHD; unsteady flow and heat transfer; nanofluid; Blasius–Rayleigh–Stokes variable; dual solutions; numerical solution; correlation expressions; Casson fluid; condensation film; heat generation/consumption; thin liquid film flow; carbon nanotubes; Cattaneo-Christov heat flux; variable heat source/sink; heated bi-phase flow; couple stress fluid; lubrication effects; slippery walls; magnetohydrodynamics; Darcy-Forchheimer nanofluid; nonlinear extending disc; variable thin layer; HAM and numerical method; peristaltic flow; an endoscope; variable viscosity; Adomian solutions; different wave forms; pseudo-similarity variable; micropolar nanofluid; darcy forchheimer model; MHD flow; triple solution; stability analysis; APCM; Caputo derivative; unsteady flow; shrinking surface; Williamson model; peristaltic pumping; convective boundary conditions; analytic solutions; second order slip; double stratification; Cattaneo–Christov heat flux; variable thermal conductivity; Williamson nanofluid; velocity second slip; wave forms; exact solutions; magnetic field; heat and mass transfer; Hall current; Catttaneo-Christov heat flux; homogeneous–heterogeneous reactions; viscoelastic fluids; heterogeneous–homogeneous reactions; mixed convective flow; binary chemical reaction; arrhenius activation energy; gas-liquid coatings; bubbles; two-fluid model; phase distribution; HPM; double diffusion; curved channel; compliant walls; analytical solutions; third grade fluid model; hybrid nanofluid; induced magnetic field; mixed convection; heat generation; peristalsis; cilia beating; Non-Newtonian; Bejan number; Jeffrey fluid model; eccentric annuli; droplet impact modelling; impedance analysis; rain erosion; ultrasound measurements; viscoelastic modelling; wind turbine blades; computational modelling; rain erosion testing; viscoelastic characterization; development and characterization of coatings; applications of thin films; nanostructured materials; surfaces and interfaces; applications of multiphase fluids; mathematical modeling on biological applications; electronics; magnetics and magneto-optics