Laboratory of River Morphodynamics
The Laboratory of River Morphodynamics at UPC is specialized in the study of fluvial processes, focusing on erosion, sediment transport, and debris flows. Its facilities allow for the simulation of different channel conditions to better understand the dynamics of natural flows.
The laboratory's services include the analysis of local erosion and other phenomena in fluvial systems, as well as the simulation of flows in mountainous environments. This research is key to improving environmental management and infrastructure safety in fluvial zones.
With several experimental stations, the laboratory conducts detailed studies of flows and erosion in channels of different geometries, allowing for the assessment of the impact of water and sediments on infrastructure and natural ecosystems.
Scientific domain
PE10: Earth System ScienceKeywords
large wave channel rivers sediment transport small wave channel wave channelHome partner institution
(UPC) Universitat Politècnica de CatalunyaWebsite
Technical staff available
YesOpen to external users
YesEquipment
- Electromagnetic flow meters
- Variable slope
- Electrovalves
- Recirculation of water and sediments
- Flow velocity measurement system via laser
- Large flow rates
- Section of the large channel
- Ditch
Description
The Laboratory of River Morphodynamics at UPC is specialized in the study of fluvial processes, focusing on erosion, sediment transport, and debris flows. Its facilities allow for the simulation of different channel conditions to better understand the dynamics of natural flows.
The laboratory's services include the analysis of local erosion and other phenomena in fluvial systems, as well as the simulation of flows in mountainous environments. This research is key to improving environmental management and infrastructure safety in fluvial zones.
With several experimental stations, the laboratory conducts detailed studies of flows and erosion in channels of different geometries, allowing for the assessment of the impact of water and sediments on infrastructure and natural ecosystems.