Study on the Influences of Coastline Changes in Hydrodynamic Force and Tidal Prism of Tianjin Offshore Area

Numerical simulation of Tianjin coastal waters tidal field by using the Mike21 numerical model. The impact of coastline changes in hydrodynamic force and tidal prism of Tianjin offshore area was predicted. Results show that after the change of coastline, there is no obvious change on the form of flo...

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Main Authors: Chen Honglingyao, Yuan Hongtao
Format: Article
Language:English
Published: EDP Sciences 2015-01-01
Series:MATEC Web of Conferences
Subjects:
Online Access:http://dx.doi.org/10.1051/matecconf/20152504013
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author Chen Honglingyao
Yuan Hongtao
author_facet Chen Honglingyao
Yuan Hongtao
author_sort Chen Honglingyao
collection DOAJ
description Numerical simulation of Tianjin coastal waters tidal field by using the Mike21 numerical model. The impact of coastline changes in hydrodynamic force and tidal prism of Tianjin offshore area was predicted. Results show that after the change of coastline, there is no obvious change on the form of flow field at each typi-cal moment for sea areas. But the tidal dynamic condition in most of sea area is weakened to some extent, the most obvious change exists in the flow field of the alongshore reclamation engineering areas. The coastline change is caused by sea filling and, the land accretion directly causes the decrease in the area of Tianjin near-shore waters, so as to decrease the tidal prism.
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spelling doaj.art-ee79a779f46d479a8a3f278a25269b742022-12-21T19:58:56ZengEDP SciencesMATEC Web of Conferences2261-236X2015-01-01250401310.1051/matecconf/20152504013matecconf_emme2015_04013Study on the Influences of Coastline Changes in Hydrodynamic Force and Tidal Prism of Tianjin Offshore AreaChen Honglingyao0Yuan Hongtao1Tianjin Research Institute for Water Transport Engineering, M.O.T.Tianjin Research Institute for Water Transport Engineering, M.O.T.Numerical simulation of Tianjin coastal waters tidal field by using the Mike21 numerical model. The impact of coastline changes in hydrodynamic force and tidal prism of Tianjin offshore area was predicted. Results show that after the change of coastline, there is no obvious change on the form of flow field at each typi-cal moment for sea areas. But the tidal dynamic condition in most of sea area is weakened to some extent, the most obvious change exists in the flow field of the alongshore reclamation engineering areas. The coastline change is caused by sea filling and, the land accretion directly causes the decrease in the area of Tianjin near-shore waters, so as to decrease the tidal prism.http://dx.doi.org/10.1051/matecconf/20152504013Tianjin offshore areacoastline changeshydrodynamictidal prism
spellingShingle Chen Honglingyao
Yuan Hongtao
Study on the Influences of Coastline Changes in Hydrodynamic Force and Tidal Prism of Tianjin Offshore Area
MATEC Web of Conferences
Tianjin offshore area
coastline changes
hydrodynamic
tidal prism
title Study on the Influences of Coastline Changes in Hydrodynamic Force and Tidal Prism of Tianjin Offshore Area
title_full Study on the Influences of Coastline Changes in Hydrodynamic Force and Tidal Prism of Tianjin Offshore Area
title_fullStr Study on the Influences of Coastline Changes in Hydrodynamic Force and Tidal Prism of Tianjin Offshore Area
title_full_unstemmed Study on the Influences of Coastline Changes in Hydrodynamic Force and Tidal Prism of Tianjin Offshore Area
title_short Study on the Influences of Coastline Changes in Hydrodynamic Force and Tidal Prism of Tianjin Offshore Area
title_sort study on the influences of coastline changes in hydrodynamic force and tidal prism of tianjin offshore area
topic Tianjin offshore area
coastline changes
hydrodynamic
tidal prism
url http://dx.doi.org/10.1051/matecconf/20152504013
work_keys_str_mv AT chenhonglingyao studyontheinfluencesofcoastlinechangesinhydrodynamicforceandtidalprismoftianjinoffshorearea
AT yuanhongtao studyontheinfluencesofcoastlinechangesinhydrodynamicforceandtidalprismoftianjinoffshorearea