Maximilian Liebert, M.Sc.


Scientific Assistant





Issue of Dissertation

Dynamic analysis of mobile offshore structures in the early design stage

Subsequent Employment

TECHNOLOG services GmbH


  • Maximilian Liebert (2021). Dynamische Analyse mobiler Offshore-Strukturen in der frühen Entwurfsphase. Promotion, Hamburg. [Abstract] [pdf]

  • Maximilian Liebert (2020). A Method for the Frequency Domain Seakeeping Analysis of Offshore Structures in the Early Design Stage. OMAE, Ft. Lauderdale, USA. [Abstract] [pdf]

  • Maximilian Liebert (2020). Calculation of the Seakeeping Behaviour of a Jack-Up Vessel During the Jacking Sequence in Time Domain. ISOPE, Shanghai, China. [Abstract] [pdf]

  • Stefan Krüger, Wilfried Abels, Irene Last, Charlott König, Maximilian Liebert, Christopher Eckmann, Sebastian Becker (2020). Abschlussbericht MOPS - Offenes Methodenbanksystem für Offshore- und Polarsysteme Teilvorhaben: Numerische Grundlagen. Hamburg. [pdf]

  • Maximilian Liebert (2019). Calculation of the Dynamic Positioning Capability of an Offshore Wind Farm Vessel During the Jack-Up Process in the Early Design Stage. OMAE, Glasgow, UK. [Abstract] [pdf]

  • Maximilian Liebert (2019). On the seakeeping behaviour of an offshore wind farm vessel during the jack-up process in the early design stage. IMAM, Varna, Bulgaria. [Abstract] [pdf]