Lateral dynamic analysis and classification of bartropic tidal inlets
Methods - Hench_et_al_CSR_020002
Momentum balance calculations
Momentum balances
Fig. 2. Circulation and momentum balances for idealized inlet I at maximum flood:
Fig. 3. Circulation and momentum balances for idealized inlet II, otherwise same as Fig. 2.
Fig. 4. Circulation and momentum balances for idealized inlet III, otherwise same as Fig. 2.
Model sensitivity - Hench_et_al_CSR_020008
Lateral dynamics and Rossby numbers
Fig. 6. Computed Rossby number (defined as R0 jUs=fRsj) shaded contours for the four idealized inlets at maximum flood.
Discussion and conclusions - Hench_et_al_CSR_020011
Fig. 7. Inlet classification diagram based on barotropic lateral dynamics.
Discussion and conclusions cont'd
Acknowledgements - Hench_et_al_CSR_020014
Appendix A. Rotation of momentum equations into a streamwise-normal coordinate system
References - Hench_et_al_CSR_020016
References cont'd - Hench_et_al_CSR_020017
Hench_et_al_CSR_02
Methods - Hench_et_al_CSR_020002
Momentum balance calculations
Momentum balances
Fig. 2. Circulation and momentum balances for idealized inlet I at maximum flood:
Fig. 3. Circulation and momentum balances for idealized inlet II, otherwise same as Fig. 2.
Fig. 4. Circulation and momentum balances for idealized inlet III, otherwise same as Fig. 2.
Model sensitivity - Hench_et_al_CSR_020008
Lateral dynamics and Rossby numbers
Fig. 6. Computed Rossby number (defined as R0 jUs=fRsj) shaded contours for the four idealized inlets at maximum flood.
Discussion and conclusions - Hench_et_al_CSR_020011
Fig. 7. Inlet classification diagram based on barotropic lateral dynamics.
Discussion and conclusions cont'd
Acknowledgements - Hench_et_al_CSR_020014
Appendix A. Rotation of momentum equations into a streamwise-normal coordinate system
References - Hench_et_al_CSR_020016
References cont'd - Hench_et_al_CSR_020017
Hench_et_al_CSR_02
