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IBM - Prosjekt- og masteroppgave, hovedprofilvalg
Vassdragsteknikk
Analysis of water surface profiles in supercritical bend flows
An ecological sustainability assessment of European rivers
An evaluation of management regimes to halt land use change in permanent protected catchment
An evaluation of management regimes to halt land use changes in permanent protected catchment
An intercomparison of Eflow management in European rivers
Assessment of the hydrological risks of hydropower projects
Assessment of the retrofitting potential in Romania
Assessment of the suitability of environmental flow methods in data scarce regions
Bed Load Transport Estimation Using Structure from Motion
CFD modeling of sediment transport in physical models under complex flow conditions.
CFD modelling of Submerged Piano Key Weirs
Classical feedback control (PID) versus model predictive control for weirs in rivers
Combined flood prevention and energy production - economic optimization - case Utvik
Comparing flood cost estimations with varying levels of detail
Control of intakes and waterways for small Hydropower plants
Design of a field station for small sediment laden rivers
Distributed model for NTE.
Embankment dam safety under extreme loading conditions
Energy dissipation in steep rivers
Enhancing flood analysis in steep rivers with morphological and hydraulic parameters
Ensemble forecasts: making the best out of data in a data scarce region
Evaluation of the River1D ice model
Flood dampening in the Norwegian hydropower system
Flood power plants - Hydraulic design
Full Use of an Augmented Reality Sandbox in a Sediment Model
Hybrid debris flows modelling
Hydraulic Design of Pressure Bridges - case study: Oppdal
Hydraulic jumps in rivers
Hydraulic Modelling - Impact of roughness parameters and model resolution
Hydraulic model suitability for hydrodynamic analysis based on LiDAR data of steep rivers
Hydraulics of ice tunnels
Hydrodynamics during the transition from open channel to pipe flow
Hydropower scheduling model with environmental constraints
Impact based flood forecasting: from forecast to decision making
Improved inlet design
Including other energy sources in a hydropower dispatching optimization model
Including sediment management into hydropower operation optimization models
Is i Bøelva
Laboratory investigation of bedform development
Laboratory study on boulder transport in high mountain regions
Machine Learning for image-based identification of flood-prone areas
Miljølaster og skråningsvern på fyllingsdammer - knyttet til innovasjonsprosjekt
Mitigating hydropeaking operation
Mitigation of hydropeaking operation in river Storåne
Modelling inflow to culverts for E6, Helgeland Sør
Modelling of culvert hydraulics
Nature based flood control
Nedbørsfeltplan for vannbevisst byutvikling
Norwegian hydropower development in the perception of the society
Numerical modelling study of sediment management strategy - Test case: Upper Arun Hydroelectric Project, Nepal
Numerical simulation of application of collar at river confluence
Numerical simulations of bed load sediment transport in steep rivers
Numerisk modellering av lukka flomløp
Optimizing Rock Placement for Fish Habitat Enhancement in River Environments: A Hydraulic Design Approach
Physical and numerical modelling of spillway capacity upstream confining waterways
Physical model-based investigation of sediment handling in a hydroelectric dam
Physical modelling of transients in hydropower plant tunnel systems
Physics-based machine learning models for better bedload transport models using only ADCP data
Pool-based Rule-Curves to Optimize Reservoir Management
Prosjekt i samarbeid med Skred AS
Radar hydrology
Relating steep river hydraulic conditions to ice strength and thickness distributions
Renewable Environmental friendly Energy supply to Strynefjellet Skiresort
Retrofitting of dams & reservoirs without hydropower
Reviewing and modelling sediment movements in open channel flows using OpenFOAM
Sediment transport in navigable large rivers - discharge, shear stress and grainsize analysis
Sediment transport in navigable large rivers - Shear stress analysis through numerical modelling
Simulation of low flows.
Sustainable Pumped Storage Plants
Testing and evaluation of a hydromorphological classification system for lakes and reservoirs
Test of inlet solution for culvert inlet
The potential of using green LiDAR in river modelling
The wider hydrological risks of hydropower projects
TwinLab for environmental modelling a hydropower river
Undersøkelse av potensiell for aktiv flomdemping ved bruk av dammer i Trondheim kommune
Upgrading of the installed capacity in hydropower plants - Boosterpump in the headrace tunnels
Using an unmanned aerial vehicle to enhance hydraulic modelling for habitat restoraration measures in Ljungan River
Using LiDAR and drone data in hydraulic modelling
Valuing climate and drought services from hydropower reservoirs
Vassdragsmiljø i Tinnåa
Vasstemperatur
Vurdering og bruk av LiDAR data for vassdragsmodellering i regulerte vassdrag.
Waterfall modelling
Weir removal and adjustment in regulated rivers - methods and analysis
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IBM Home
IBM - Prosjekt- og masteroppgave, hovedprofilvalg
Vassdragsteknikk
Page Information
Title:
Vassdragsteknikk
Author:
Andreas Noteng
10.04.2017
Last Changed by:
Oddbjørn Bruland
21.05.2024
Tiny Link:
(useful for email)
https://www.ntnu.no/wiki/x/iYoxBg
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IBM - Master's theses for international master programmes
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IBM - Prosjekt- og masteroppgave, hovedprofilvalg
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Parent Page
Page:
IBM - Prosjekt- og masteroppgave, hovedprofilvalg
Children (84)
Page:
Analysis of water surface profiles in supercritical bend flows
Page:
An ecological sustainability assessment of European rivers
Page:
An evaluation of management regimes to halt land use change in permanent protected catchment
Page:
An evaluation of management regimes to halt land use changes in permanent protected catchment
Page:
An intercomparison of Eflow management in European rivers
Page:
Assessment of the hydrological risks of hydropower projects
Page:
Assessment of the retrofitting potential in Romania
Page:
Assessment of the suitability of environmental flow methods in data scarce regions
Page:
Bed Load Transport Estimation Using Structure from Motion
Page:
CFD modeling of sediment transport in physical models under complex flow conditions.
Show all...
Page:
CFD modelling of Submerged Piano Key Weirs
Page:
Classical feedback control (PID) versus model predictive control for weirs in rivers
Page:
Combined flood prevention and energy production - economic optimization - case Utvik
Page:
Comparing flood cost estimations with varying levels of detail
Page:
Control of intakes and waterways for small Hydropower plants
Page:
Design of a field station for small sediment laden rivers
Page:
Distributed model for NTE.
Page:
Embankment dam safety under extreme loading conditions
Page:
Energy dissipation in steep rivers
Page:
Enhancing flood analysis in steep rivers with morphological and hydraulic parameters
Page:
Ensemble forecasts: making the best out of data in a data scarce region
Page:
Evaluation of the River1D ice model
Page:
Flood dampening in the Norwegian hydropower system
Page:
Flood power plants - Hydraulic design
Page:
Full Use of an Augmented Reality Sandbox in a Sediment Model
Page:
Hybrid debris flows modelling
Page:
Hydraulic Design of Pressure Bridges - case study: Oppdal
Page:
Hydraulic jumps in rivers
Page:
Hydraulic Modelling - Impact of roughness parameters and model resolution
Page:
Hydraulic model suitability for hydrodynamic analysis based on LiDAR data of steep rivers
Page:
Hydraulics of ice tunnels
Page:
Hydrodynamics during the transition from open channel to pipe flow
Page:
Hydropower scheduling model with environmental constraints
Page:
Impact based flood forecasting: from forecast to decision making
Page:
Improved inlet design
Page:
Including other energy sources in a hydropower dispatching optimization model
Page:
Including sediment management into hydropower operation optimization models
Page:
Is i Bøelva
Page:
Laboratory investigation of bedform development
Page:
Laboratory study on boulder transport in high mountain regions
Page:
Machine Learning for image-based identification of flood-prone areas
Page:
Miljølaster og skråningsvern på fyllingsdammer - knyttet til innovasjonsprosjekt
Page:
Mitigating hydropeaking operation
Page:
Mitigation of hydropeaking operation in river Storåne
Page:
Modelling inflow to culverts for E6, Helgeland Sør
Page:
Modelling of culvert hydraulics
Page:
Nature based flood control
Page:
Nedbørsfeltplan for vannbevisst byutvikling
Page:
Norwegian hydropower development in the perception of the society
Page:
Numerical modelling study of sediment management strategy - Test case: Upper Arun Hydroelectric Project, Nepal
Page:
Numerical simulation of application of collar at river confluence
Page:
Numerical simulations of bed load sediment transport in steep rivers
Page:
Numerisk modellering av lukka flomløp
Page:
Optimizing Rock Placement for Fish Habitat Enhancement in River Environments: A Hydraulic Design Approach
Page:
Physical and numerical modelling of spillway capacity upstream confining waterways
Page:
Physical model-based investigation of sediment handling in a hydroelectric dam
Page:
Physical modelling of transients in hydropower plant tunnel systems
Page:
Physics-based machine learning models for better bedload transport models using only ADCP data
Page:
Pool-based Rule-Curves to Optimize Reservoir Management
Page:
Prosjekt i samarbeid med Skred AS
Page:
Radar hydrology
Page:
Relating steep river hydraulic conditions to ice strength and thickness distributions
Page:
Renewable Environmental friendly Energy supply to Strynefjellet Skiresort
Page:
Retrofitting of dams & reservoirs without hydropower
Page:
Reviewing and modelling sediment movements in open channel flows using OpenFOAM
Page:
Sediment transport in navigable large rivers - discharge, shear stress and grainsize analysis
Page:
Sediment transport in navigable large rivers - Shear stress analysis through numerical modelling
Page:
Simulation of low flows.
Page:
Sustainable Pumped Storage Plants
Page:
Testing and evaluation of a hydromorphological classification system for lakes and reservoirs
Page:
Test of inlet solution for culvert inlet
Page:
The potential of using green LiDAR in river modelling
Page:
The wider hydrological risks of hydropower projects
Page:
TwinLab for environmental modelling a hydropower river
Page:
Undersøkelse av potensiell for aktiv flomdemping ved bruk av dammer i Trondheim kommune
Page:
Upgrading of the installed capacity in hydropower plants - Boosterpump in the headrace tunnels
Page:
Using an unmanned aerial vehicle to enhance hydraulic modelling for habitat restoraration measures in Ljungan River
Page:
Using LiDAR and drone data in hydraulic modelling
Page:
Valuing climate and drought services from hydropower reservoirs
Page:
Vassdragsmiljø i Tinnåa
Page:
Vasstemperatur
Page:
Vurdering og bruk av LiDAR data for vassdragsmodellering i regulerte vassdrag.
Page:
Waterfall modelling
Page:
Weir removal and adjustment in regulated rivers - methods and analysis
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21.05.2024 10:56 CEST
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21.05.2024 09:20 CEST
Oddbjørn Bruland
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15.02.2024 07:34 CET
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22.11.2023 12:44 CET
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Outgoing Links
External Links (27)
https://www.ntnu.no/wiki/display/ibm/Energy+dissipation+in+…
https://www.ntnu.no/wiki/display/ibm/Nature+inspired+hydrau…
https://www.ntnu.edu/employees/livia.pitorac
https://www.ntnu.edu/employees/kaspar.vereide
https://www.ntnu.no/wiki/display/ibm/Combined+flood+prevent…
https://www.ntnu.edu/employees/oddbjorn.bruland
https://www.ntnu.no/wiki/display/ibm/An+evaluation+of+manag…
https://www.ntnu.no/wiki/display/ibm/Flood+Barrier+Design+a…
https://www.ntnu.edu/employees/leif.lia
https://www.ntnu.no/ansatte/nils.ruther
https://www.ntnu.no/ansatte/manuel.f.torres
https://www.ntnu.no/wiki/display/ibm/Evaluation+of+the+Rive…
https://www.ntnu.edu/employees/knut.alfredsen
https://www.ntnu.edu/employees/adina.moraru
https://www.ntnu.no/wiki/display/ibm/An+intercomparison+of+…
https://skred.as/
https://www.ntnu.no/wiki/pages/viewpage.action?pageId=17449…
https://www.ntnu.no/wiki/display/ibm/Including+sediment+man…
https://www.ntnu.no/ansatte/kaspar.vereide
https://www.ntnu.no/wiki/display/ibm/Enhancing+flood+analys…
https://www.ntnu.edu/employees/elena.pummer
https://www.ntnu.no/ansatte/tor.h.bakken
https://www.ntnu.edu/employees/fjola.g.sigtryggsdottir
https://www.ntnu.no/ansatte/oddbjorn.bruland
https://www.ntnu.no/wiki/pages/viewpage.action?pageId=22052…
https://www.ntnu.no/ansatte/nitesh.godara
https://www.ntnu.no/wiki/display/ibm/Hybrid+debris+flows+mo…
IBM (47)
Blog:
Comparison of environmental impacts between renewable technologies
Page:
Is i Bøelva
Page:
Hydropower scheduling model with environmental constraints
Page:
Breaching of rockfill dams-Physical model tests
Page:
Retrofitting of dams & reservoirs without hydropower
Page:
Sustainable Pumped Storage Plants
Page:
CFD modeling of sediment transport in physical models under complex flow conditions.
Page:
Improved inlet design
Page:
Laboratory study on boulder transport in high mountain regions
Page:
Prosjekt i samarbeid med Skred AS
Page:
The potential of using green LiDAR in river modelling
Page:
Reviewing and modelling sediment movements in open channel flows using OpenFOAM
Page:
The wider hydrological risks of hydropower projects
Page:
Hydrodynamics during the transition from open channel to pipe flow
Page:
Numerical modelling study of sediment management strategy - Test case: Upper Arun Hydroelectric Project, Nepal
Page:
Vassdragsmiljø i Tinnåa
Page:
Numerisk modellering av lukka flomløp
Page:
Undersøkelse av potensiell for aktiv flomdemping ved bruk av dammer i Trondheim kommune
Page:
Comparing flood cost estimations with varying levels of detail
Page:
Optimizing Rock Placement for Fish Habitat Enhancement in River Environments: A Hydraulic Design Approach
Page:
Hydraulic Modelling - Impact of roughness parameters and model resolution
Page:
Upgrading of the installed capacity in hydropower plants - Boosterpump in the headrace tunnels
Page:
Hybrid modelling of flow over wiers. Hydrid modellering av enkelte former av flomløp
Page:
Hydraulic scale modelling of the Tonstad 3 sandtrap - Flow conditioners
Page:
Physics-based machine learning models for better bedload transport models using only ADCP data
Page:
Numerical simulation of a hydropower plant operated in pump mode
Page:
Waterfall modelling
Page:
Vurdering og bruk av LiDAR data for vassdragsmodellering i regulerte vassdrag.
Page:
Possible topics at cooperating Universities in Europe. Tema ved andre universiteter i utlandet
Page:
Vassdragsteknikk
Page:
Hydraulic Design of Pressure Bridges - case study: Oppdal
Page:
Overvåking for sikkerhet og analyse av betongdammer
Page:
TwinLab for environmental modelling a hydropower river
Page:
Relating steep river hydraulic conditions to ice strength and thickness distributions
Page:
Assessment of the suitability of environmental flow methods in data scarce regions
Page:
Laboratory investigation of bedform development
Page:
Assessment of the retrofitting potential in Romania
Page:
Physical modelling of transients in hydropower plant tunnel systems
Page:
Valuing climate and drought services from hydropower reservoirs
Page:
Kartlegging og analyse av erosjonsskader knyttet miljølaster på fyllingsdammer i Norge
Page:
Estimation of sediment removal efficiency of a settling basin using different empirical relations and numerical modelling - Test case: Kaligandaki A Hydroelectric Project, Nepal
Page:
Analysis of water surface profiles in supercritical bend flows
Page:
Flood dampening in the Norwegian hydropower system
Page:
Testing and evaluation of a hydromorphological classification system for lakes and reservoirs
Page:
Numerical simulation of application of collar at river confluence
Page:
Regionalization of hydrologic parameters for small ungauged catchments
Page:
Numerical modelling of hydraulics at the intake of hydropower plant with focus on floating trash - Test case: Kaligandaki A Hydroelectric Project, Nepal
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