Dr.-Ing. Wilfried Abels


Hamburg University of Technology
Institute of Ship Design and Ship Safety
Am Schwarzenberg-Campus 4 (C)
D-21073 Hamburg










  • Schiffspropeller


  • Wilfried Abels, Leif Gorris (2022). Using a Bridge Simulator for Hybrid Coupling of Manoeuvring and Engine Simulations. COMPIT, Pontignano, Italy. [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]

  • Stefan Krüger, Wilfried Abels (2017). Hydrodynamic Damping and Added Mass of Modern Screw Propellers. OMAE, Trondheim, Norway. [Abstract] [pdf]

  • Stefan Krüger, Wilfried Abels (2017). Software Developing in a Distributed Environment Exemplified for a Propeller Damping Tool. HIPER, Zevenwacht, South Africa. [Abstract] [pdf]

  • Stefan Krüger, Wilfried Abels (2015). Hydrodynamische Masse und Dämpfung moderner Schraubenpropeller. STG Hauptversammlung, Bremen. [Abstract] [pdf]

  • Wilfried Abels (2013). Calculation of unsteady inflow conditions for ruder vibration analyses. PRADS, Korea. [Abstract] [pdf]

  • Wilfried Abels (2011). Modelling physics by usage of a mathematical symbolic solver for transferring analytics theory to numerical “First-Principle-Methods”. Compit, Berlin. [Abstract] [pdf]

  • Wilfried Abels, Lars Greitsch (2010). Usage and developing of specialized "First-Principle-Methods" for the early ship design. PRADS, Rio de Janeiro. [Abstract] [pdf]

  • Stefan Krüger, Wilfried Abels, Lars Greitsch (2009). Abschlußbericht zum BMWi Vorhaben SESIS: Integration Full-MIssion Simulator. SESIS, Hamburg. [pdf]

  • Wilfried Abels, Lars Greitsch (2009). Software Development and Reengineering outside of the IT Industry using a Procedural Workflow Framework. Compit, Budapest. [Abstract] [pdf]

  • Wilfried Abels, Lars Greitsch (2008). Using a Bridge Simulator during the Early Design-Stage to Evaluate Manoeuvrability. Compit, Liege. [Abstract] [pdf]

  • Wilfried Abels (2007). Integration of Software Packages with Different Programming Paradigm, Exemplified by a Ship Model Generating Tool. Compit, Cortona, Italy. [Abstract] [pdf]

  • Wilfired Abels (2006). Reliable prediction of propeller induced pulses during the early design stage. HANSA, Hamburg. [pdf]

  • Wilfried Abels (2006). Reliable prediction of propeller induced pulses on the aftbody by correlation direct calculation. CAV, Wageningen. [pdf]

  • Wilfried Abels (2006). Zuverlässige Prognose propellererregter Druckschwankungen auf die Außenhaut mittels Korrelation direkter Berechnung. Promotion, Hamburg. [pdf]

  • Wilfried Abels (2005). Combining Object-Oriented and Procedural Programming in Software. Compit, Hamburg. [pdf]

  • Stefan Krüger, Wilfried Abels (2004). Correlation strategy for Propeller Excited Pressure Fluctuations. Compit, Madrid, Spanien. [pdf]

  • Stefan Krüger, Wilfried Abels, Thomas Stoye, Karsten Werner, Jan Tellkamp (2004). Load Generation Strategies for Propeller Induced Pressure Fluctuations. PRADS, Travemünde. [pdf]