Veröffentlichungen | SSI https://www.tuhh.de/ssi/veroeffentlichungen?showUid=65664&cHash=ceee5e4688d1eb619a888f88240d73d4
Note: DyPos Abstract: In order to fulfill the requirements of the German offshore wind
Dein Suchergebnis zum Thema: wind
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2016 | SSI https://www.tuhh.de/ssi/veroeffentlichungen/2016?showUid=65664&cHash=5fcac8f03dba81bf04d8eae01674c6e1
Note: DyPos Abstract: In order to fulfill the requirements of the German offshore wind
2015 | SSI https://www.tuhh.de/ssi/veroeffentlichungen/2015?showUid=57036&cHash=7bc4dffa21952cc7ee5e850f49416eac
: Design Study of Floating Crane Vessels for Lifting Operations in the Offshore Wind
Johannes Oettle, M.Sc. | SSI https://www.tuhh.de/ssi/ueber-uns/mitarbeiter/johannes-oettle-msc
Calculation of Force-Coefficients of a Wind Propulsion System for a 4 DOF Velocity
TUHH: Projekt 10 – Siemens Gamesa 1 https://www.tuhh.de/tuhh/studium/im-studium/career-center/praxiserfahrung/fishing-for-experience/projekt-10-siemens-gamesa-1
Its end-to-end value chain presence encompasses onshore and offshore wind turbines
IUE: Webinar Series: Green Hydrogen (2021) https://www.tuhh.de/iue/aktuelles/webinar-series-green-hydrogen-2021
has been primarily on generating electrical energy from renewable sources such as wind
Veröffentlichungen | SSI https://www.tuhh.de/ssi/veroeffentlichungen?showUid=131167&cHash=c1575f5e961690ad4232ba927d274808
Veröffentlichungen [131167] Title: On the seakeeping behaviour of an offshore wind
Dr.-Ing. Philip Augener | SSI https://www.tuhh.de/ssi/ueber-uns/ehemalige/dr-ing-philip-augener?showUid=65664&cHash=21d42f5f73a23f3d47c8765ad0652194
Note: DyPos Abstract: In order to fulfill the requirements of the German offshore wind
Dr.-Ing. Hendrik Vorhölter | SSI https://www.tuhh.de/ssi/ueber-uns/ehemalige/dr-ing-hendrik-vorhoelter?showUid=57036&cHash=4bdf2609b5ff323da4350f79cc37e0c2
: Design Study of Floating Crane Vessels for Lifting Operations in the Offshore Wind
LiftWEC | Institute for Fluid Dynamics and Ship Theory https://www.tuhh.de/fds/research/current/liftwec
Thus, the LiftWEC concept has many similarities to wind turbines, which in recent