However, previous literatures always neglected the influence of the inner boundary by assuming that it was perfectly adiabatic.
Aziz and Khan [25] discovered similarity solutions for a free convective flow of a nanofluid about a vertical surface with a convective boundary condition by assuming that the convective heat transfer coefficient for the hot fluid varies inversely with the fourth root of the distance along the vertical wall.
Boundaries are handled by assuming 'no slip' conditions so that streams hitting a boundary cell are bounced back in the direction they came from.
This free moving boundary was determined by assuming a zero velocity component for the sheet in the direction normal to the sheet side edge.
Characteristic equations of Rayleigh waves in a double porosity half-space with the pervious boundary are derived by assuming that both the coupling mass coefficient ρ23 and coupling permeability term k(12) are equal to zeros.
The basin boundary was estimated by assuming that cells switched phenotypes when the ratio of GFP to RFP expression fell below a critical threshold.
The lower mantle thermal boundary layer thickness is also derived by assuming the boundary layer Rayleigh number is critical and that νLM = 2 νUM, which was found by Driscoll and Bercovici (2014) to produce a nominal Earth model.
Commonly, these boundary conditions are simplified by assuming clamped, free or simply supported edges.
The third column shows proton number density at 1 AU, which is calculated from np at the outer boundary of the simulation by assuming the conservation of the mass flux (npvr2f = const).
Therefore, the response of ice strengthened grillage frames is investigated under a range of idealized rectangular pressure patches and by assuming different boundary conditions for the structural units.
