Berichte 700-799

  • Biglu, Michael (2022). Effects of corrosion on the local behavior of steel structures under tensile loading. 726. 201 [pdf]

  • Braun, Moritz (2012). Assessment of fatigue strength of welded steel joints at sub-zero temperatures based on the micro-structural support effect hypothesis. 725. 241 [pdf]

  • Bertram, Volker (2021). 20th International Conference on Computer and IT Applications in the Maritime Industries COMPIT’21 Mülheim, 9-10 August 2021. 724. 301 [pdf]

  • Liebert, Maximilian (2021). DYNAMISCHE ANALYSE MOBILER OFFSHORE-STRUKTUREN IN DER FRÜHEN ENTWURFSPHASE. 723. 140 [pdf]

  • Charlott König (2020). Eine direkte Berechnungsmethode für Dockvorgänge. 722. 208 [pdf]

  • Elin Theilen (2020). Numerical modelling of multi-body hydrodynamics in multi-phase simulations. 721. 120 [pdf]

  • Marzia Leonardi (2020). A consistent Smoothed Particle Hydrodynamics simulation approach with variable resolution. 720. 124 [pdf]

  • Stefan Krüger et. al. (2021). Entwurf von propulsionsverbessernden Maßnahmen (Energy Saving Devices) bei Betriebsbedingungen Teilvorhaben: Methodische Grundlagen Abschlussbericht ESD@Sea BMWI 0303 X 503. 719. 132 [pdf]

  • (2020). 12th Symposium on High-Performance Marine Vehicles HIPER’20. 718. 448 [pdf]

  • (2020). 19th Conference on Computer and IT Applications in the Maritime Industries COMPIT’20. 717. 352 [pdf]

  • Stefan Krüger et. al. (2020). MOPS - Offenes Methodenbanksystem für Oshore- und Polarsysteme. 716. [pdf]

  • Thilo Panten (2019). Modellierung von Abgasturboladern zur Berechnung des dynamischen Verhaltens von Schiffsmotoren. 715. 188 [pdf]

  • Christoph Thiem (2019). Ein Beitrag zur lebenszyklusorientierten Bewertung von Umweltwirkungen und Kosten schiffstechnischer Energiesysteme mittels Simulation. 714. 240 [pdf]

  • Robinson Peric (2019). Minimizing undesired wave reflection at the domain boundaries in flow simulations with forcing zones. 713. 136 [pdf]

  • Svenja Schubert (2019). Analysis of Coupling Techniques for Overset-Grid Finite-Volume Methods. 712. 132 [pdf]

  • Adele Lübcke (2019). Dynamisches Positionieren als Aspekt in der frühen Schiffsentwurfsphase. 711. 120 [pdf]

  • Manuel Manzke (2019). Development of a Scalable Method for the Efficient Simulation of Flows using Dynamic Goal-Oriented Local Grid-Adaptation. 710. 260 [pdf]

  • (2019). COMPIT 2019 - 18th Conference on Computer and IT Applications in the Maritime Industries. 709. 522 [pdf]

  • (2018). Compit 2018 -17th Conference on Computer and IT Applications in the Maritime Industries. 707. 512 [pdf]

  • Anne Christine Marie Gerdes (2018). Fluid Dynamic Optimization of HVAC-Components with Adjoint Methods. 707. 156 [pdf]

  • Sven Wassermann (2017). Estimation of Ship Roll Damping for the Investigation of Extreme Roll Events. 706. 176 [pdf]

  • Stephan Berger (2018). Numerical Analysis of Propeller-Induced Higher-Order Pressure Fluctuations on the Ship Hull. 705. 182 [pdf]

  • Carsten Schumann (2018). Schnelle Berechnung der stationären Rumpfkräfte mit der Schlanke-Körper-Methode zur Anwendung in Manövrierprogrammen. 704. 69 [pdf]

  • I. Al-Esbe (2017). Combined Aerodynamic and Hydrodynamic Loads on Offshore Wind Turbines. 703. 161 [pdf]

  • Volker Bertram (2017). 11th Symposium on High-Performence Marine Vehicles Hyper'17. 702. 265 [pdf]

  • V. Bertram (2017). Compit 2017. 701. 501 [pdf]

  • Schoop-Zipfel, Karl J. (2016). Efficient Simulation of Ship Maneuvers in Waves. 700. 166 [pdf]