!! author: Noël Brunetière<br/> Arthur Francisco !! version: 1.0.0 !! date: April,20 2017 !! summary: Data for a fluid film by FEM !< <span style="color: #337ab7; font-family: cabin; font-size: 1.5em;"> !< **Definition of the data for a film solution problem** !< </span> module data_film_hd use data_arch, only : I4, R8 use fluid_law implicit none private type DATA_FILM real(kind=R8) :: h_0 !! *\(h_0\) : ambient pressure* real(kind=R8) :: h_g !! *\(h_g\) : cavitation pressure* real(kind=R8) :: V_x !! *\(V_x\) : surface velocity along \(x\)* real(kind=R8) :: V_y !! *\(V_y\) : surface velocity along \(y\)* type(FLUID) :: fl !! *fluid rheological properties* integer(kind=I4) :: pb_type !! *problem type, e.g. HD (hydrodynamic)* endtype DATA_FILM integer(kind=I4), parameter :: HD = 0 !! *code for problem type, 0 : hydrodynamic problem* public :: DATA_FILM, HD endmodule data_film_hd