… , 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 …

… , 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 …

… In this work, the diurnal cycle for thermallydriven winds is studied in an idealised
mountainvalley system with realistic values of several parameters such as the slope angle, diurnal …

… In this work, the formation of thermally-driven winds is studied in an idealised mountain-valley
system, with realistic values of parameters such as the slope angle, the diurnal …

… ’s solver buoyantBoussinesqPimpleFoam is used to study thermal wind generation on an
idealized numerical model of a mountain-valley system. Diurnal cycles are simulated for …

… simulations of slope winds on Mars are achieved using the open source computational fluid
dynamics (CFD) code OpenFOAM. … angle on the creation of thermal winds for both anabatic (…

… The software used for the simulations is OpenFOAM [57], which is an open-source toolbox
… validated against direct numerical simulations of an idealised case. Subsequently, the first- …

… Since we are modelling the interval length rather than wind speed, these data are
independent. An important issue is the role of declustering in these series. Is the end of a no-power …