Energy transport analysis in the flow of Burgers nanofluid inspired by variable thermal conductivity

摘要: The rheology of Burgers nanofluid flow over a stretching cylinder with convective transport thermal and solutal energy is studied in the present article. relaxation retardation properties viscoelastic fluid are examined for field distribution. Moreover, thermophoretic Brownian forces also incorporated phenomena conductivity taken as temperature dependent. homotopy analysis method (HAM) adopted to solve governing ordinary differential equations (ODEs). impact physical parameters on depicted using graphs. outcomes proved that both significantly boosted but case concentration these show conflicting behaviour. parameter enhances conduction decreases velocity. due increase temperature-dependent conductivity, increases. this study validated by comparing numerical data some previous studies.