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Keyword [sediment transport]
Result: 141 - 160 | Page: 8 of 9
141. The Recent Morphodynamic Processes Of The Xinqiao Channel,Changjiang(Yangtze) Estuary
142. Simulation On The Sediment Dynamic Processes And Geomorphological Evolution Of Pearl River Estuary,Associated With Impacts Of Human Activities
143. Sedimentary Dynamic Process And Formation And Migration Of Sand Waves In Taiwan Shoal
144. Numerical Investigation Of Local Scour Below Submarine Pipelines Under Waves And Currents
145. Suspended Sediment Transport Processing And Associated Mechanism In The South Passage Of The Changjiang Estuary During The Dry Season
146. Numerical Study Of The Impact Of Oujiang Estuary Reclamation On Sediment Transport Under The Action Of Storm Surge And Typhoon
147. Seabed Scour Characteristics And Prediction Model Of Vertical-axis Tidal-current Turbine
148. Characteristics Of Mixing And Stratification And Its Influence On Suspended Sediment Transport In The North Passage Of The Yangtze Estuary
149. Variation Characteristics And Process Simulation Of Water And Sediment In The Source Region Of The Yellow River
150. 2D Numerical Modeling For Flow And Sediment Transport In Gaocun-Aishan Reach Of The Lower Yellow River
151. Study On Sediment Transport Characteristics Of Sediment Transport Channel In Weishan Irrigation Area Based On Two-dimensional Water And Sediment Model
152. Study On Sediment Transport In Urban Small Watershed
153. Sedimentary Dynamic Processes Of The North Branch In The Changjiang Estuary
154. The Observation And Simulation Of The Hydrological And Sedimentary Dynamic At A Tide-dominated Estuary
155. Experimental Study On The Characteristics Of Erosion And Sediment Transport On The Downstream Channel Bed Caused By Overtopped Outburst Flow
156. Flow And Sediment Transport In A Channel Bend With A Barb Spur Dike
157. Study On Sediment Transport Model In Typical Karst Area Of Guizhou Province
158. Sediment Transport In Tide-dominated Channels ——A Case Study Of The North Branch In The Yangtze Estuary
159. Experimental Study On Measuring Method Of Sediment Transport Rate Based On Acoustic Principle
160. Application Of Numerical Model Of Suspended Sediment Transport And Fluid Mud Process In Quanzhou Harbor
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