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Notable Changes
Main addition in this release: A new inlet boundary condition; a moments-based approximation for deviation propagators;
- New utilities:
- adds computeDistanceMatrix to compute a distance matrix from a time series of flow fields
- adds computeOriginOfInfluenceField to calculate the origin of influence using the zeroth and first propagator moments
- adds convertPropagatorMoments to convert the leading-order moments of a passive scalar propagator to the origin of influence and covariance matrix
- adds createCellOrigList to determine for each cell the origin (in terms of the cell ID) from the origin-of-influence vector field
- adds findNearestRefState to find the nearest state in a database for a given field
- adds formatPropagatorPropertiesAsFields to save the propagator properties as volumetric fields
- adds illustrateDeviationPropagatorMoments to writes deviation propagator moments as set of scalar fields
- adds marchThroughSinglePhaseTimeSeries to read velocity fields of a prerecorded time series and step through them
- adds mirrorDataBase to read time series and extend it by mirrored fields if mesh possesses the same symmetry
- New models and solvers:
- adds a new boundary inlet velocity boundary condition in which the actual velocity is calculated from the predefined
momentum by dividing with the local density - adds a solver to predict the evolution of a single-phase flow based on deviation propagator moments (singlePhaseDeviationPropagationMomentsPredictor)
- removes the solver linearizedPisoFoam
- adds 3rd and 4th order tensors
- adds deviationPropagatorMoments models to store deviation propagator moments
- adds a function object to compute the shifted propagator moments of zeroth, first and second order of a scalar field (singlePhasePassiveScalarPropagatorMoments)
- adds a function object to compute the shifted propagator moments of zeroth, first and second order of a vector field (singlePhaseVelocityDeviationPropagatorMoments)
- adds a new boundary inlet velocity boundary condition in which the actual velocity is calculated from the predefined
- New tutorials:
- adds a tutorial case that demonstrates the application of moments-based approximation for deviation propagators to 2D vortex shedding
- adds a tutorial case that demonstrates the application of moments-based approximation for deviation propagators to 3D vortex shedding
- adds a tutorial case that demonstrates the conversion of the leading-order moments of a passive scalar propagator to the origin of influence and covariance matrix