Düsterhöft-Wriggers, WibkeWibkeDüsterhöft-WriggersRung, ThomasThomasRung2020-09-172020-09-172015-05MARINE 15 - Computational Methods in Marine Engineering VI: 514-525 (2015-05)http://hdl.handle.net/11420/7340This paper outlines the development of a numerical model for granular cargo on bulk carriers. In order to study the vessel behaviour including the motion of the load, a monolithic approach is chosen to model the fully coupled problem. The formulation of the granular material therefore has to be fully Eulerian. A nonlinear elastic solid phase is implemented in the Finite Volume solver FreSCo+ following the approach of Richter et. al [19] and Sugyiama et. al [22]. The method is then verified with the help of different Fluid-Structure interaction test cases.enBulk cargoEulerian fluid-structure interactionFinite-volume methodAllgemeines, WissenschaftConference PaperConference Paper