DyPos

supported by

BMWi - Federal Ministry of Economics and Technology

Partners

FSG, Meyer Werft, TUHH

Duration

01.07.2012 - 30.06.2015

For more detailed information please get in touch with one of the contact persons: Adele Lübcke, Hannes Hatecke, Philip Augener

Publications

The following publications have been written during the research project:

  • Philip Augener (2016). Computation of Wave Drift Forces for Dynamic Positioning within the Early Design Stage. Promotion, Hamburg. [Abstract] [pdf]

  • Stefan Krüger, Adele Lübcke, Irene Zapp (2016). Abschlussbericht DyPos: Entwicklung einer Methodensammlung zur Bewertung von Positionier- und Anlegevorgängen. Hamburg. [Abstract] [pdf]

  • Adele Lübcke (2015). Dynamisches Positionieren als neuer Entwurfsaspekt in der Projektphase von Schiffen – Berechnungen, Modellversuche und Ergebnisse. STG Hauptversammlung, Bremen. [Abstract] [pdf]

  • Adele Lübcke, Kay Martinsen, Sebastian Walter (2015). Entwicklung von Methoden zum Berechnen des dynamischen Positionierens in der Entwurfsphase. Statustagung, Rostock. [pdf]

  • Adele Lübcke, Philip Augener, Arne Falkenhorst (2015). A Fast Method for the Evaluation of the Dynamic Positioning Capability in Time Domain in the Early Design Stage. OMAE, St. John's, Canada. [Abstract] [pdf]

  • Adele Lübcke, Stefan Krüger, Jacob Christiansen (2015). Calculation of the Dynamic Positioning Capability in Time Domain in Early Design Stages. IMDC, Tokyo. [Abstract] [pdf]

  • Adele Lübcke, Stefan Krüger (2014). Dynamic Positioning in Early Design Stages. IntNam, Istanbul. [Abstract] [pdf]

  • Philip Augener, Hannes Hatecke (2014). Sea-Keeping Analysis of an Offshore Wind Farm Installation Vessel During The Jack-Up Process. OMAE, San Francisco, USA. [Abstract] [pdf]

  • Philip Augener, Stefan Krüger (2014). Computation of Drift Forces for Dynamic Positioning within the Very Early Design Stage of Offshore Wind Farm Installation Vessels. OMAE, San Francisco, USA. [Abstract] [pdf]

  • Philip Augener, Hendrik Vorhölter (2013). Determination of Forces on Offshore Wind Park Installation Vessels for Dynamic Positioning within the Very Early Design Stage. PRADS, Korea. [pdf]