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  • Ship Hydromechanics
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    • Research
      • Lift control for hydrofoil craft
      • Hydrofoil education and research platform
      • Ship hydrodynamics computations with isogeometric analysis
      • Generating absorbing boundary conditions for waves and currents and wave interaction with ships at forward speed
      • Generating absorbing boundary conditions for waves and currents and wave interaction with ships at forward speed
      • Numerical modelling of aerated extreme wave impacts
      • Fluid-structure Interaction for slamming of ships
      • Wind-Assisted Ship Propulsion
  • Ship and Offshore Structures
  • Transport Engineering and Logistics

Research

Lift control for hydrofoil craft

Hydrofoil education and research platform

Ship hydrodynamics computations with isogeometric analysis

Generating absorbing boundary conditions for waves and currents and wave interaction with ships at forward speed

Machine learning for complex fluid mechanics and heat transfer

Fluid-structure Interaction for slamming of ships

Numerical modelling of aerated extreme wave impacts

Wind-Assisted Ship Propulsion

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Maritime and Transport Technology

Department of faculty 3mE, TU Delft

Building 34

Mail address:
Mekelweg 2,
2628 CD Delft

Visiting address:
Leeghwaterstraat 17,
2628 CA Delft

+31 (0)15 27 83600
secr-mtt-3mE@tudelft.nl

Home of TU Delft
  • Home MTT
  • People
    • Dredging Engineering
    • Ship and Offshore Structures
    • Ship Design, Production & Operations
    • Ship Hydromechanics
    • Transport Engineering & Logistics
  • Education
  • Research
    • Dredging Engineering
    • Ship Design Production and Operation
    • Ship Hydromechanics
    • Ship and Offshore Structures
    • Transport Engineering and Logistics
  • About MTT
    • Vacancies
    • Contact
    • News
  • Faculty 3mE
    • Departments
    • Organization
    • Faculty News