Abstract
The development of the three-dimensional modelling system SYSTEM 3 produced a prototype code for the hydrodynamical modelling of oceanographical flows. In its present version, the system can also handle flows with density variations. The characteristics of oceanographical flows in terms of length-scales and time-scales to determine the requirements that the modelling of turbulence must satisfy are described. The North Sea, Skagerrak and Kattegat areas are depicted in a diagram. The role of scales in oceanographical models is discussed. A summary of current subgrid scale models is given and transport equation models that are implementet in SYSTEM 3 are described. The emphasis is on turbulence modelling in relation to oceanographical and environmental modelling. (AB).
Citation Formats
Justesen, P.
System 3. A three dimensional hydrodynamical model. Vol. 5. Turbulence modelling.
Denmark: N. p.,
1990.
Web.
Justesen, P.
System 3. A three dimensional hydrodynamical model. Vol. 5. Turbulence modelling.
Denmark.
Justesen, P.
1990.
"System 3. A three dimensional hydrodynamical model. Vol. 5. Turbulence modelling."
Denmark.
@misc{etde_10144759,
title = {System 3. A three dimensional hydrodynamical model. Vol. 5. Turbulence modelling}
author = {Justesen, P}
abstractNote = {The development of the three-dimensional modelling system SYSTEM 3 produced a prototype code for the hydrodynamical modelling of oceanographical flows. In its present version, the system can also handle flows with density variations. The characteristics of oceanographical flows in terms of length-scales and time-scales to determine the requirements that the modelling of turbulence must satisfy are described. The North Sea, Skagerrak and Kattegat areas are depicted in a diagram. The role of scales in oceanographical models is discussed. A summary of current subgrid scale models is given and transport equation models that are implementet in SYSTEM 3 are described. The emphasis is on turbulence modelling in relation to oceanographical and environmental modelling. (AB).}
place = {Denmark}
year = {1990}
month = {May}
}
title = {System 3. A three dimensional hydrodynamical model. Vol. 5. Turbulence modelling}
author = {Justesen, P}
abstractNote = {The development of the three-dimensional modelling system SYSTEM 3 produced a prototype code for the hydrodynamical modelling of oceanographical flows. In its present version, the system can also handle flows with density variations. The characteristics of oceanographical flows in terms of length-scales and time-scales to determine the requirements that the modelling of turbulence must satisfy are described. The North Sea, Skagerrak and Kattegat areas are depicted in a diagram. The role of scales in oceanographical models is discussed. A summary of current subgrid scale models is given and transport equation models that are implementet in SYSTEM 3 are described. The emphasis is on turbulence modelling in relation to oceanographical and environmental modelling. (AB).}
place = {Denmark}
year = {1990}
month = {May}
}