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Parameterization of Entrainment in a Sheared Convective Boundary Layer Using a First-order Jump Model
2006
Boundary-layer Meteorology
Basic entrainment equations applicable to the sheared convective boundary layer (CBL) are derived by assuming an inversion layer with a finite depth, i.e., the first-order jump model. Large-eddy simulation data are used to determine the constants involved in the parameterizations of the entrainment equations. Based on the integrated turbulent kinetic energy budget from surface to the top of the CBL, the resulting entrainment heat flux normalized by surface heat flux is a function of the
doi:10.1007/s10546-006-9067-3
fatcat:gmf7ipbv4vgjbf7n7qxepsrk3y