A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Environmental Hydraulics, Turbulence and Sediment Transport, 2nd edition
In the search for sustainable city solutions, engineers face a bottleneck situation in balancing development and the intensified environmental challenges induced by scaled-up flooding, over-grown river vegetation, sediment transport, bridge and coastal scouring, and excessive pollution. The coupling impacts of uncontrolled flood and sediment to a city has caused difficulty in its management. Various numerical, theoretical, and experimental approaches have been proposed to reproduce flow and sediment transport conditions in real-world urban rivers, in order to perfect management strategies for them. This reprint, which is built from a well-planned journal’s Special Issue, aims to construct a collection of state-of-the-art studies and technologies to give insights to the related environmental, river, and sustainable city research and engineering communities. It is related and, hence, useful for environmental, river, and hydraulic engineers, authorities, and researchers to understand the current state-of-the-art practices in urbanized flow modelling, as well as vegetation- and sediment-related management. It also serves as a good knowledge source for research, post- or undergraduate students, in terms of knowledge about the most up-to-date topical advances.
Environmental Hydraulics, Turbulence and Sediment Transport, 2nd edition
In the search for sustainable city solutions, engineers face a bottleneck situation in balancing development and the intensified environmental challenges induced by scaled-up flooding, over-grown river vegetation, sediment transport, bridge and coastal scouring, and excessive pollution. The coupling impacts of uncontrolled flood and sediment to a city has caused difficulty in its management. Various numerical, theoretical, and experimental approaches have been proposed to reproduce flow and sediment transport conditions in real-world urban rivers, in order to perfect management strategies for them. This reprint, which is built from a well-planned journal’s Special Issue, aims to construct a collection of state-of-the-art studies and technologies to give insights to the related environmental, river, and sustainable city research and engineering communities. It is related and, hence, useful for environmental, river, and hydraulic engineers, authorities, and researchers to understand the current state-of-the-art practices in urbanized flow modelling, as well as vegetation- and sediment-related management. It also serves as a good knowledge source for research, post- or undergraduate students, in terms of knowledge about the most up-to-date topical advances.
Environmental Hydraulics, Turbulence and Sediment Transport, 2nd edition
2024-07-04
Miscellaneous
Electronic Resource
English
Kelani River , simplified mathematical model , spatiotemporal variation , water quality index (WQI) , coastal vegetation , tsunami , aspect ratio (AR = vegetation width-length ratio) , volume of fluid (VOF) , Reynold’s stress modeling (RSM) , meshing , Rouse number , mean concentration , suspended sediment transport , sediment size parameter , parameterized power-linear model , machine learning , decision tree regressor , support vector machines , Hydrologic Engineering Center-Hydrologic Modeling System (HEC-HMS) , Huai Bang Sai (HBS) watershed , streamflow , Soil and Water Assessment Tool (SWAT) , rural channel , main drainage channel , sediment transport pattern , tidal lowland and erosion , bridge pier , deposition , horseshoe vortex , sediment , scour , scour countermeasures , scour countermeasure , vertical wall abutment , spill-through abutment , riprap , submerged vanes , roughening elements , bridge foundation , river engineering , depth of installation , flow altering , hydraulic parameters , numerical methods , simulation , stilling basin , Taunsa barrage , energy dissipation , efficiency , reservoir sedimentation
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