Fluvial Hydraulics and River Morphology

Related lectures (25)

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Explores the influence of bed shapes on flow resistance in rivers, covering dunes, ripples, benches, and background shapes.

Explores stream regimes, river bed width, and hydraulic impacts on river morphology.

Explores river hydraulics, uniform and non-uniform flows, specific energy, and hydraulic jumps, emphasizing practical applications.

Explores sediment management strategies in reservoirs and dams to mitigate the impact of sedimentation.

Delves into how lake sediments archive water quality and pollution history, offering valuable insights for historical and archaeological studies.

Explores bedload theory, shear stresses, and solid flow in hydraulic installations, covering principles and practical applications.

Delves into the ecological functions of river hydraulics and plant engineering techniques to prevent erosion and enhance vegetation growth.

Explores hydraulic construction platforms, water intake design, and vortex formation mitigation in reservoirs and lakes.

Explores types of hydropower plants, environmental issues, and global production trends.

Explores sediment management and operation in reservoirs and dams, addressing challenges and methods for sediment flushing.