Logo Institute of Mechanics and Ocean Engineering
Institute of Mechanics and Ocean Engineering
Logo Institute of Mechanics and Ocean Engineering
Institute of Mechanics and Ocean Engineering
DE
EN
Place
Search
DE
EN
Place
Search
MUM > Staff > Marten Hollm
Marten Hollm
M-13 Mechanik und Meerestechnik
  • Mechanik und Meerestechnik
Eißendorfer Straße 42 (M),
21073 Hamburg
Building M, Room 0517
Phone: +49 40 42878 2308
Logo

Research Interests

Renewable energies play an increasingly important role. In addition to solar and wind energy, energy can be harvested from ocean waves. For this purpose, mechanical systems are positioned on the sea surface and harvest energy through their motion. My research focuses on:

Publications

Legend: black = published;

orange = submitted for publication;

green = accepted for publication

2024

2023

2022

2021

2020

2019

Presentations
  • 09/2024: European Fluid Dynamics Conference (EFDC), Aachen, Germany.
    A Computational Method for the Fluid-Structure Interaction Using the Nonlinear Schrödinger Equation
  • 07/2024: European Nonlinear Oscillations Conference (ENOC), Delft, Netherlands.
    Dynamical Behavior of Cylindrical Offshore Structures in Extreme Waves 
  • 05/2023: GAMM Annual Meeting 2023, Dresden, Germany.
    Hydrodynamic Forces Acting on Mechanical Systems in Linear and Nonlinear Ocean Waves 
  • 09/2022: International Maritime Association of the Mediterranean (IMAM), Istanbul, Turkey.
    Particle paths and hydrodynamic forces of random wind forced nonlinear water ocean waves
  • 07/2022: European Nonlinear Oscillations Conference (ENOC), Lyon, France.
    Dynamical Analysis of a Multibody Wave Energy Converter excited by Random Waves
  • 07/2022: European Nonlinear Oscillations Conference (ENOC), Lyon, France.
    A nonlinear gradient elasticity model for the prediction of seismic waves
  • 03/2021: International Conference on Advances in Energy Harvesting Technology (ICAEHT), Lublin (virtual), Poland.
    Dynamics of a Wave Energy Converter considering Flexible Multibody Systems
  • 03/2021: GAMM Annual Meeting 2020/2021, Kassel (virtual), Germany.
    Trajectories of Water Particles under the Influence of Interacting Nonlinear Water Waves 
  • 02/2021: Second International Nonlinear Dynamics Conference (NODYCON), Rome (virtual), Italy.
    Hydrodynamic Forces Acting on Cylindrical Piles Subjected to Wind Forced Random Nonlinear Water Waves 
  • 09/2019: International Maritime Association of the Mediterranean (IMAM), Varna, Bulgaria.
    Study of weakly nonlinear water waves subjected to stochastic wind excitation
Supervised Student Theses
  • Li, W. (UC Berkeley): "Latching control of a point absorber using neural networks", Visiting Scholar, 2024.
  • Joers, A. (U Waterloo): "Numerical Analysis of the Fluid-Structure Interaction of a Wave Energy Converter and Random Nonlinear Water Waves", Visiting Scholar, 2024.
  • Stewart, S. (Iowa State University): "Modeling and Simulation of a Wave Energy Converter", Visiting Scholar, 2024.
  • Höhne, J.: "Latching control of a point absorber in short-crested seas", Masterarbeit, 2023.
  • Dahlström, E.: "Auswirkungen einer nichtlinearen Fluid-Struktur-Interaktion auf die Bewegung eines Wellenenergiekonverters", Masterarbeit, 2023.
  • Baumgärtner, T.: "Regelung der Dynamik eines Punktabsorbers mittels Latching control", Bachelorarbeit, 2023.
  • Eberle, S.: "Untersuchung statistischer Vorhersagealgorithmen für Offshore-Wetterzeitreihen", Bachelorarbeit, 2022.
  • Zetek, C.: "Numerische Analyse der Fluid-Struktur-Interaktion bei unterschiedlichen Schwimmkörperformen", Bachelorarbeit, 2022.
  • McConnell, A. (UNC Charlotte): "Dynamics of a Wave Energy Converter", Visiting Scholar, 2022.
  • Höhne, J.: "Simulative Untersuchung der Dynamik eines Multi-Komponenten-Wellenenergiekonverters im irregulären Seegang", Bachelorarbeit, 2022.
  • Engel, J.: "Simulative Untersuchung und Regelung der räumlichen Bewegung eines Multi-Komponenten-Wellenenergiekonverters", Bachelorarbeit, 2022.
  • Woidelko, M.: "Wave Energy Converter Output Enlargement using Reinforcement Learning for Power Take-Off Control", Masterarbeit, 2022.
  • Sprengell, A.: "Simulative Untersuchung eines Multi-Harvester-Systems zur Wandlung von Wellenenergie", Bachelorarbeit, 2021.
  • Gohle, S.: "Auswirkungen der Form eines zylindrischen Schwimmkörpers auf die agierenden hydrodynamischen Kräfte", Bachelorarbeit, 2021.
  • Shamko, P.: "Simlulative Untersuchung der Dynamik eines Wellenenergiekonverters in regulären Wellen", Bachelorarbeit, 2021.
  • Bluhm, B.: "Analyse und Optimierung der Dynamik eines kinetischen Wellenenergiekonverters", Bachelorarbeit, 2021.
  • Yang, Z.: "Systematische Untersuchung der Performance eines Wellenenergiekonverters", Bachelorarbeit, 2021.
  • Kühne, C.: "Simulative und experimentelle Untersuchung der Dynamik eines Wellenenergiekonverters unter Verwendung flexibler Mehrkörpersysteme", Bachelorarbeit, 2020.
  • Heidler-Behne, N.: "Systematische Untersuchung eines Wellenenergiekonverters", Bachelorarbeit, 2020.
  • Laketa, S. (U Waterloo): "Energy Converter Excited by Water Waves", Visiting Scholar, 2019.
  • Champenois, B. (UC Berkeley): "Pendulum Energy Converter Excited by Water Waves", Visiting Scholar, 2019.
  • Fischer, H.: "Untersuchung der Interaktionen schwach nichtlinearer Wasserwellen", Bachelorarbeit, 2019.
  • Thomsen, N.: "Berechnung und Vergleich von linearen und nichtlinearen Wasserwellen", Bachelorarbeit, 2019.
TU Hamburg
Institute of Mechanics and Ocean Engineering
Eißendorfer Straße 42
21073 Hamburg
E-mail : pick@tuhh.de
Phone : +49 40 42878 3220
Links
Imprint
Contact
Data Privacy
Cookie-Einstellungen
Use of cookies
We use cookies and tools to provide our website and to integrate media content. By clicking on "Accept" you allow us to do this. Your consent also extends to data transmission to providers in the USA. We would like to point out that according to the case law of the European Court of Justice, the USA currently does not have a level of data protection comparable to that of the EU and there is a risk of unnoticed data processing by government agencies. You can revoke or downgrade your consent at any time in the cookie settings. More information: Privacy Policy | Imprint
settings