A "print" argument can be added to .#includeFunc, .#includeModel and .#includeConstraint to print all the parameters that are used, including defaults in #OpenFOAM-dev

Added multicomponentParticle and multicomponentParcel clouds to the modular Lagrangian (aka field Lagrangian) for particles with varying composition in #OpenFOAM-dev

A functional geometric field allows both a field and boundary values to be specified together by a function, e.g. for a non-uniform diffusivity field, in #OpenFOAM-dev

The .#print directive now prints sub-dictionaries more reliably, including model sub-dictionaries for viscosity and thermodynamics in #OpenFOAM-dev

splitMeshRegions has been rewritten with a set of rational, inter-operable options in #OpenFOAM-dev

A heat transfer coefficient can be specified to vary in time and space in the coupledTemperature and externalTemperature BCs, enabling a thermal resistance, e.g. an air gap, between regions with the…

Improved the isothermalFluid and derived solvers for supersonic flow at the inlet in #OpenFOAM-dev

The new displacementGapHeatTransferCoefficient field function provides a heat transfer coefficient for a gap created by surface displacement between two regions, typically due to thermal deformation…

The .#print directive now prints sub-dictionaries more reliably, including model sub-dictionaries for viscosity and thermodynamics in #OpenFOAM-dev

Multicomponent thermodynamic models can be specified in particle clouds, with functionality and syntax identical to that of Eulerian multicomponent thermoydnamic models in #OpenFOAM-dev