Correction: Mistake on sign of power. The power is positiv when exchanger cools the fluid A and heats up the fluid B

Correction: water inlet of the sensible part when the exchanger is considered as wet is TB_mid_2 and not TB_in

Correction of path to saturation function because old path derived from a partial package. This is no longer allowed

        substance notably):
                + atmosphere (source within fluidDynamics)
                + Opnening : compute X with 1 substance medium

        + combine vertical, simple and horizontal opening
        + ease specification of areaulic case and avoid mistake leading
        to unphysical air movment

        + remove initial equation (initial purpose was to help
                initialization by provided inverse function of homotopy
        + enable user to set T/deltaP ref used to compute damper Kv
        + fix homotopy simplified expr (to compute mass flow based on
            Kv)

Removal of reference to state.X in openings to be able model Medias without the mass fraction in their ThermodynamicState record

Correction of a mistake in the calculation of the default value for the base surface area of the volume

Dymola compatibility: Move of statements regarding transport_A&B input from the equation section to the inside of parenthesis in the class declaration statement

Dymola compatibility: Correction of wrong statement when redeclaring a class (replaceable instead of redeclare)

Dymola compatibility: Correction of wrong statement when redeclaring a class (replaceable instead of redeclare)

Dymola compatibility: Correction of wrong statement when redeclaring a class (replaceable instead of redeclare)

Dymola compatibility: change the default value from 1 to 0 of the "nPorts" parameters (defined as connectorSizing)

Dymola compatibility: change the default value from 1 to 0 of the "nPorts" parameters (defined as connectorSizing)

Dymola compatibility: change the default value from 1 to 0 of the "nPorts" parameters (defined as connectorSizing)

Dymola compatibility: Remplacement of wrong statement when redeclaring a class (replaceable instead of redeclare)

- Correction in the unit the the mass transfer coefficient

Addition of calculation sheets to compute the data for the wood burner and pressure coocker examples

Change in the construction of the matrice A because the old does not work propely for the version 1.16 of openModelica (similar to commit dc1c0ec3)

temporary commit because with the new front end of openModelica, the compiler check what there is in the if segment even if the if condition is not fullfilled

Better handling of initialisation by addition of the massDynamic parameter . The velocity can be initialised with a parameter value or with a steady state condition.
Modification of the mass conservation equation by selecting a steady state or inertial flow by setting the massDynamic parameter