The mixed convection flow of a hybrid nanofluid in an inclined channel with top wall-slip due to wall stripe and constant heat flux conditions is studied.Explicit analytical solutions are given to the flow velocity,te...The mixed convection flow of a hybrid nanofluid in an inclined channel with top wall-slip due to wall stripe and constant heat flux conditions is studied.Explicit analytical solutions are given to the flow velocity,temperature,as well as the pressure in non-dimensional forms.The flow regime domain,the velocity and temperature distributions,and the dependence of various physical parameters such as the hybrid nanoparticle volume fractions,the wall-slip,the Grashof number,the Reynolds number,and the inclined angle are analyzed and discussed.It is found that the hybrid nanofluid delays the appearance of flow reversal on both walls and the wall-slip postpones the flow reversal on the top wall.展开更多
基金Project supported by the National Natural Science Foundation of China(No.11872241)。
文摘The mixed convection flow of a hybrid nanofluid in an inclined channel with top wall-slip due to wall stripe and constant heat flux conditions is studied.Explicit analytical solutions are given to the flow velocity,temperature,as well as the pressure in non-dimensional forms.The flow regime domain,the velocity and temperature distributions,and the dependence of various physical parameters such as the hybrid nanoparticle volume fractions,the wall-slip,the Grashof number,the Reynolds number,and the inclined angle are analyzed and discussed.It is found that the hybrid nanofluid delays the appearance of flow reversal on both walls and the wall-slip postpones the flow reversal on the top wall.