… , which is precisely the main objective of this work, is thus of high interest, eg, for wind-… , an
OpenFOAM numerical model for simulating slope winds in a simple mountain–valley system …

… , which is precisely the 44 main objective of this work, is thus of high interest, eg, for wind-…
OpenFOAM numerical model for simulating slope winds 47 in a simple mountain-valley system …

… , which is precisely the main objective of this work, is thus of high interest, eg, for wind-… , an
OpenFOAM numerical model for simulating slope winds in a simple mountain–valley system …

… , which is precisely the main objective of this work, is thus of high interest, eg, for wind-… , an
OpenFOAM numerical model for simulating slope winds in a simple mountain–valley system …

… formation of thermally-driven winds is studied in an idealised … wind turbines [21]. In this
work, the diurnal cycle for thermallydriven winds is studied in an idealised mountainvalley system …

… Avalanches can also be classified into two idealised limiting … and added wind, with much
damage being caused by the wind … The modelling of the powder cloud layer using OpenFOAM® …

… formation of thermally-driven winds is studied in an idealised … wind turbines [21]. In this
work, the diurnal cycle for thermallydriven winds is studied in an idealised mountainvalley system …

… analysing the formation of thermally-driven winds, which … simulations of slope winds on
Mars are achieved using the open source computational fluid dynamics (CFD) code OpenFOAM. …

… OpenFOAM’s solver buoyantBoussinesqPimpleFoam is used to study thermal wind generation
on an idealized … are simulated for different temperature gradients and mountain slope …

… -wind onset by analysing the formation and breakup of the cold pool over an idealised
two-dimensional valley… The software used for the simulations is OpenFOAM [57], which is an open-…