Katharina Heck authored Nov 08, 2018 and Timo Koch committed Nov 22, 2018

[mpnc] rename 2padapter to mpadapter, use numPhases as template and specialize for 2 phases. Now spatialparams do not need adapter anymore. Adapt ncpflash and immiscibleflash to be able to use new adapter

Katharina Heck authored Nov 08, 2018 and Timo Koch committed Nov 22, 2018

[mpnc][spatialparams] free spatialparams of dependency on fluidsystem, introducse wettingphase in spatialparams as in 2p model

Bernd Flemisch authored Aug 28, 2018 and Timo Koch committed Nov 22, 2018

Allows to eliminate the `FluidState` template parameter.

Bernd Flemisch authored Aug 28, 2018 and Timo Koch committed Nov 22, 2018

See #555.

[solidsystem][spatialparams] Improve interface functions and adapt and clean all spatialparams/problems

Katharina Heck authored Apr 27, 2018 and Timo Koch committed May 08, 2018

The volumevariables derive now from the energyvolumevariables which set the solid propererties needed for nonisothermal models in the new solidstate
Each model now also includes a solidstate (inert or compositional) and each problem a solidsystem.
For nonreactive models the default is set to constant component where properties can be specified in the input file.
The fluidsystems now do not have solid properties anymore. Each solid component now has all thermal properties which might depend on temperature.

Thanks to Kilian for contributing the actual change of all the test's spatial params!

Fluid systems exported phase indices for wetting and nonwetting components. The fluid system
is not the right place to decide about wettability. This introduces wettingPhase() in the spatial
params which returns the index of the phase in the fluidsystem we consider the wetting phase.
This way wettability can change temporally and spatially.
Indices throughout the 2p/2p2c/2pnc nc and mpnc where renamed accordingly.

Dennis Gläser authored Apr 05, 2018 and Timo Koch committed Apr 15, 2018

Contributions by Timo Koch, Kilian Weishaupt.

This commit introduce a model traits class that encapsulates a few properties,
such as NumEq, NumComponents as well as the specifications on active processes
(EnableAdvection ... ). The respective property tags become obsolete and can be
deleted.