Førsteamanuensis

David Roger Lande-Sudall

Institutt for maskin- og maritime studium
David Roger Lande-Sudall
Tel: +47 55 58 71 47
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Bergen
KRONSTAD, E324
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Arbeids- og kompetanseområde

David har sin doktorgrad fra Universitetet i Manchester og forsker på fornybar havenergi. Nærmere bestemt forsker han på flytende havvind, bølgeenergi og tidevannsstrøm, med fokus på hydrodynamiske interaksjoner og tekniske-økonomiske analyser. David er forskningsgruppe leder for Vind, vann og bølger gruppen (W3) og koordinerer forskningsprosjekter på høgskolens hydrodynamikklaboratorium MarinLab, i samarbeid med studenter, næringsliv og andre forskningspartnere. Han underviser i MAS540 Fornybar havenergi, MAS532 Marine konstruksjoner, og MAS304 Eksperimentelle metoder for marine ingeniører.

Underviser i
  • MAS532
Forskar på
  • Fornybar havenergi
  • Havvind
  • Tidevannsstrøm
  • Bølgeenergi
  • Marine hydrodynamikk
Forskargrupper

Vann, vind og bølger (W3)

Publikasjonar

  • Grid Turbulence Measurements with an Acoustic Doppler Current Profiler

    Løken, Trygve Kvåle, Lande-Sudall, David Roger, Jensen, Atle, Rabault, Jean (2024)
    Fluids 2024 Volum 9 ;(3)s. 1-14

  • Linear modelling of the mass balance and energy demand for a recirculating aquaculture system

    Ayuso Virgili, Gerard, Jafari, Leila, Lande-Sudall, David, Lümmen, Norbert (2023)
    Aquacultural Engineering 2023 Volum 101 ;

  • Eksperimentell og numerisk sammenligning av ikke-lineære fokuserte bølger

    Kvamme, Juli Grønaas, Lande-Sudall, David, Hjertaker, Bjørn Tore (2023)

  • Preliminary performance assessment from towing tank testing of a horizontal-axis turbine

    Lande-Sudall, David Roger, Tolleifsen, Sondre, Gravelsæter, Kjetil, Moen, Harald, Bartl, Jan Michael Simon (2023)
    Proceedings of the European Wave and Tidal Energy Conference (EWTEC) 2023

  • Hydrodynamic modelling of a multi-body wave energy converter using the Moving Frame Method

    Lande-Sudall, David, Nyland, Joakim, Rykkje, Thorstein Ravneberg, Stansby, Peter, Impelluso, Thomas (2023)
    Marine Structures 2023 Volum 87 ;

  • A comparison of extreme mooring loads and response of a spar-buoy wind turbine using conditional waves

    Ripe, Aminda Marlen Titlestad, Lande-Sudall, David Roger (2023)
    Journal of Physics: Conference Series (JPCS) 2023 Volum 2626 ;

  • Experimental time-domain comparison of a hydrodynamic model for a lightly moored spar buoy wind turbine

    Lande-Sudall, David Roger, Titlestad Ripe, Aminda Marlen (2023)

  • Eksperimentell undersøkelse med modellturbin under konstant slep og bølgebelastning

    Tolleifsen, Sondre, Lande-Sudall, David, Hjertaker, Bjørn Tore (2023)

  • Lab-scale measurements of wind farm blockage effects

    Bartl, Jan Michael Simon, Aasnæs, Camilla Hamre, Bjørnsen, Joakim Rinke, Stenfelt, Gloria, Lande-Sudall, David Roger (2022)
    Journal of Physics: Conference Series (JPCS) 2022

  • Energy Storage and Stabilization Simulation of Floating Wind Turbines

    Aarmo, Martinus Kristiansen, Sivesind, Magnus Nygaard, Bartl, Jan Michael Simon, Lande-Sudall, David, Impelluso, Thomas (2021)
    The American Society of Mechanical Engineers (ASME). Isbn: 978-0-7918-8562-8. s. 0-0

  • Wave-induced collision loads and moments between a spar-buoy floating wind turbine and an installation vessel

    Lande-Sudall, David, Høyven, Thomas Skinlo, Herfjord, Kjell Agnar, Thuestad, Thore Clifford (2020)
    Journal of Physics: Conference Series (JPCS) 2020 Volum 1669 ;

  • Wave-induced collision loads and moments between a spar-buoy floating wind turbine and an installation vessel

    Lande-Sudall, David, Høyven, Thomas Skinlo, Herfjord, Kjell, Thuestad, Thore Clifford (2020)

  • A hydrodynamic model of the M4 wave energy converter using the moving frame method

    Nyland, Joakim, Lande-Sudall, David, Impelluso, Thomas, Stansby, Peter (2020)
    CRC Press. Isbn: 9781003134572

  • A hydrodynamic model of the M4 wave energy converter using the Moving Frame Method

    Nyland, Joakim, Lande-Sudall, David, Stansby, Peter, Impelluso, Thomas (2020)

  • Bending moments and collision loads between a floating offshore wind turbine and a supporting barge.

    Høyven, Thomas Skinlo, Lande-Sudall, David, Hjertaker, Bjørn Tore (2019)

  • Co-located deployment of offshore wind turbines with tidal stream turbine arrays for improved cost of electricity generation

    Lande-Sudall, David, Stallard, Tim, Stansby, Peter (2019)
    Renewable and Sustainable Energy Reviews 2019 Volum 104 ;s. 492-503

  • Dynamisk analyse og levetidsberegning på utviklingsprosjektet «Havliljen»

    Riple, Håkon Lerøy, Lande-Sudall, David, Thuestad, Thore Clifford, Hjertaker, Bjørn Tore (2019)

  • Co-located offshore wind and tidal stream turbines: Assessment of energy yield and loading

    Lande-Sudall, David Roger, Stallard, Tim, Stansby, Peter (2018)
    Renewable Energy 2018 Volum 118 ;s. 627-643

  • Experimental Study of the Wakes due to Tidal Rotors and a Shared Cylindrical Support

    Lande-Sudall, David, Stallard, Tim, Stansby, Peter (2017)
    Proceedings of the European Wave and Tidal Energy Conference (EWTEC) 2017 Volum 12 ;

  • Energy yield for co-located offshore wind and tidal stream turbines

    Lande-Sudall, David Roger, Stallard, Tim, Stansby, Peter (2016)

  • Wake characteristics of a scaled tidal rotor with monopile support structure for co-located wind and tidal farms

    Lande-Sudall, David Roger, Stallard, Tim, Stansby, Peter (2016)

  • Simplified Wake Models for Small Tidal Farms: Reduced Scale Evaluation and Array Loading Study

    Lande-Sudall, David Roger, Stallard, Tim, Stansby, Peter (2015)