Publikasjoner
- Technological Feasibility Study and Fish Welfare Considerations for Novel Structures in Open Ocean Aquaculture
- Enhancing the Resolution of Large-Scale Sea-Ice Models Through Synthesising Satellite Imagery and Discrete-Element Modelling
- Towards a holistic digital twin solution for real-time monitoring of aquaculture net cage systems Les publikasjonen
- A Parameterization Scheme for Wind Wave Modules that Includes the Sea Ice Thickness in the Marginal Ice Zone Les publikasjonen
- Sloshing in a rotating liquid inside a closed sea cage for fish farming Les publikasjonen
- Identification of spectral signature for in situ real-time monitoring of smoltification Les publikasjonen
- Numerical study of closed rigid fish cages in waves and comparison with experimental data Les publikasjonen
- Advances in Simulator for Arctic Marine Structures
- A numerical framework for modelling the dynamics of open ocean aquaculture structures in viscous fluids Les publikasjonen
- AkvaLab – Project Summary Report - Evaluation of seaweed cultivation technology for weather exposed locations Les publikasjonen
Annen formidling
- A Peridynamic Approach to Simulate Sea Ice Fracture with a Focus on Its Time-Dependent Material Behaviour
- Technological Feasibility Study and Fish Welfare Considerations for Novel Structures in Open Ocean Aquaculture
- Enhancing the Resolution of Large-Scale Sea-Ice Models Through Synthesising Satellite Imagery and Discrete-Element Modelling
- DYNAMICS OF MOORED CLOSED CONTAINMENT SYSTEMS WITH COUPLED WAVE LOADS, SLOSHING AND ELASTIC DEFORMATIONS
- Digital twins of fish farms - Recent developments in modeling and sensor data integration
- Controlling Sloshing Motions in Sea-Based Fish Farming Cages Improves Fish Welfare
- Erfaringer fra prosjektet "Lukkede oppdretsmerder - sikker operasjon i bølger"
- Dynamisk oppførsel av flytende lukkede oppdrettsanlegg og inneholdt vannvolum under påvirkning fra bølger
- Advances in Simulator for Arctic Marine Structures
- Application of FhSim for the analysis of environmental loads on a complete fish-farm system