Using a simple parameterization, an idealised low resolution (biharmonic viscosity
coefficient of 5× 10 12 m 4 s− 1, 128× 128 grid) primitive equation baroclinic ocean gyre …

Due to the massive disparity between the largest and smallest eddies in the atmosphere and
ocean, it is not possible to simulate these flows by explicitly resolving all scales on a …

Historically the majority of investigations into the transfer of momentum have been focused
on the classification and statistical analysis of single points of above average Reynolds …

The forward and inverse cascades in turbulent channel flow are characterised by stochastic
models developed from the statistics of reference direct numerical simulations (DNS) …

Dynamical and thermodynamical subgrid-scale parameterisations of eddy drain, net
dissipation and stochastic backscatter are calculated for a multi-level primitive equation …

This paper presents the large eddy simulation (LES) of turbulent channel flow using a self-
energy (SE) subgrid model with coefficients determined from reference direct numerical …

The dissipation rate of turbulent kinetic energy is a key parameter in the analysis of turbulent
flows and its accurate determination in experiments is of paramount importance to …

This thesis discusses the impact of finite spatial and dimensional resolution of the velocity
fields provided by most experimental measurement techniques, on the accuracy of the …