Effect of New Village Layout on Flood Control Based on Hydrodynamic Model in Henan Yellow River Floodplain

Li Qin Li; Wen Juan Cui; Xin Liu

doi:10.4028/www.scientific.net/AMM.641-642.162

Paper Titles

Characteristics of Temporal and Spatial Distribution of Water Quality in the Ponds of Lv-Tang-River National Urban Wetland Park, China
p.141

Deposition Morphology of Tributary Zhenshui in Xiaolangdi Reservoir
p.145

Design Research on the Planning and Architecture of Water Conservancy Control Projects near Urban Waterfront Area
p.149

Ecological Revetment Reconstruction of Huang Jia River in Licha
p.156

Effect of New Village Layout on Flood Control Based on Hydrodynamic Model in Henan Yellow River Floodplain
p.162

Effect of Projects within River Courses on Flood Control through Superposition Calculation Method
p.167

Experiment Study of Bed Sediment in Yi River Shandong China
p.171

Flow and Sedimentation Characteristics on Typical Tributary in Xiaolangdi Reservoir on Yellow River
p.175

Grey Logistic Model to Predict the Effective Irrigation Area in Liaoning Province
p.179

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 641-642Effect of New Village Layout on Flood Control...

Effect of New Village Layout on Flood Control Based on Hydrodynamic Model in Henan Yellow River Floodplain

Abstract:

Rich land resources in Henan Yellow River floodplain as well as China's new rural construction strategy provides an opportunity for new rural construction in Yellow River floodplain of Henan province. In this paper, the flow changes before and after the floodplain 2D hydrodynamic mathematical model to simulate the village station construction, water changes can clearly reflect the village station, near the village before and after the construction area and the upstream and downstream, contribute to the analysis changes in hydrodynamic conditions before and after the village station construction and effect on the river regime change.