Background and activities

Positions:

  • Associate Professor Marine Engineering

Research/interests:

  • Mathematical Modeling and simulation of machinery systems
  • Modelling of physical systems using bond graph methodology
  • Thermofluid and thermodynamic systems modeling
  • Engineering dynamics and vibration, rotordynamics
  • Internal combustion engines and engine auxilliary systems
  • Marine Electric Hybrid Power Plants
  • Distributed simulations and co-simulation

Teaching:

  • TMR4275 Modeling, Simulation and Analysis of Dynamic Systems
  • TMR4222 Marine Machinery and Maintenance
  • TMR4310 Marine Technology - Machinery
  • TMR21     Marine mechatronics (3.75 module)
  • MR8400   Modeling and simulation of machinery systems (PhD-course)

On-going research:

  • SFI Smart Maritime (SmartMaritime)
    • PdH-student Jørgen B Nielsen
    • PhD-student Vladimir Krivipolianskij
    • PhD-student Endre Sandvik (co-superviser)
    • PostDoc Torstein Ingebrigtsen Bø
  • Virtual Prototyping of Marine Systems (ViProMa)
    • PhD-student: Stian Skjong
    • PostDoc Severin Sadjina
  • D2V - Design to Verification of Control Systems for Safe and Energy-Efficient Ships with Hybrid Power Plants
    • PhD-student Kevin Koosup Yum
    • PhD-student Michel Rejani Miyazaki (co-supervisor)
    • PhD-student Børge Rokseth (co-supervisor)
  • LEEDS - Low Energy and Emission Design of Ships
    • PhD-student Dig Vijay Singh
  • Vessel Po
  • PhD-student Thorat Laxminarayan (co-supervisor)
  • wer Systems Design Decision Support using advanced Mathematical Modelling analysis
    • PhD-student Anna Swider (industrial PhD-student)
  • Heave compensatin crane modeling and design
    • PhD-student Chu Yingguang
  • Bond graphs in rotordynamics
    • No positions available currently

Scientific, academic and artistic work

A selection of recent journal publications, artistic productions, books, including book and report excerpts. See all publications in the database

Journal publications