TY - GEN
AU - Peter Janssen
AB - Ocean waves represent the interface between the ocean and the atmosphere, and, therefore, a wave model is needed to compute not only the wave spectrum, but is also required to determine the processes at the air-sea interface that govern the fluxes across the interface. Here, starting from earlier results with the Turbulent Kinetic Energy Equation, a simple model is developed that allows for the inclusion of wave dissipation effects, effects of Langmuir turbulence and buoyancy on the simulation of the daily cycle in SST.
BT - ECMWF Technical Memoranda
DA - 10/2010
DO - 10.21957/eky56b22
LA - eng
M1 - 634
N2 - Ocean waves represent the interface between the ocean and the atmosphere, and, therefore, a wave model is needed to compute not only the wave spectrum, but is also required to determine the processes at the air-sea interface that govern the fluxes across the interface. Here, starting from earlier results with the Turbulent Kinetic Energy Equation, a simple model is developed that allows for the inclusion of wave dissipation effects, effects of Langmuir turbulence and buoyancy on the simulation of the daily cycle in SST.
PB - ECMWF
PY - 2010
EP - 24
T2 - ECMWF Technical Memoranda
TI - Ocean wave effects on the daily cycle in STT
UR - https://www.ecmwf.int/node/10212
ER -