TY - BOOK
T1 - Horizontal mass exchange in large lakes and coastal waters
AU - Zhou, Wencai
PY - 2017
Y1 - 2017
N2 - This PhD thesis focuses on the horizontal mass exchange of large lakes and coastal waters. For large lakes, a pseudo three-dimensional hydrodynamic model with Lagrangian flux paths has been developed to bridge the gap between the computationally efficient, but spatially inaccurate one-dimensional or pseudo two-dimensional models and the computationally expensive, but spatially accurate three-dimensional models. For coastal waters, the hydrodynamic exchange of a macrotidal forced coupled bay-estuary system with multiple inlet channels has been elucidated, aiding in our understanding of mass transport in topographically complex coastal systems.
AB - This PhD thesis focuses on the horizontal mass exchange of large lakes and coastal waters. For large lakes, a pseudo three-dimensional hydrodynamic model with Lagrangian flux paths has been developed to bridge the gap between the computationally efficient, but spatially inaccurate one-dimensional or pseudo two-dimensional models and the computationally expensive, but spatially accurate three-dimensional models. For coastal waters, the hydrodynamic exchange of a macrotidal forced coupled bay-estuary system with multiple inlet channels has been elucidated, aiding in our understanding of mass transport in topographically complex coastal systems.
KW - horizontal mass exchange
KW - pseudo 3D Lake Model
KW - Lagrangian flux paths
KW - coupled bay-estuary system
KW - multi-channel bay-ocean interface
KW - salt exchange
U2 - 10.4225/23/5b2af876f49df
DO - 10.4225/23/5b2af876f49df
M3 - Doctoral Thesis
ER -