TUHH: Offshore hydrogen production https://www.tuhh.de/tuhh/forschung-und-transfer/neues-aus-der-forschung/offshore-hydrogen-production
Numerical models will be developed to simulate the flow on the wind turbine and the
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FDS: Paralympics-Ski-Team https://www.tuhh.de/fds/research/projects/paralympics-ski-team
reflections in flow simulations Gadget-H2O Safety for Offshore Wind
UNUHUB: CampusLAB on Global Soil Health, Water and Climate https://www.tuhh.de/unuhub/capacity-building/campuslabs/campuslab-on-global-soil-health-water-and-climate
It combines vertical wind speed measurements with high-precision relative humidity
FDS: Pyei Phyo Lin https://www.tuhh.de/fds/institute/staff-1/pyei-phyo-lin
Dr.rer.nat., Physics, University of Oldenburg 2017 – 2021 Research Fellow in Wind
TUHH: A novel post-weld treatment using nanostructured metallic multilayer for superior fatigue strength https://www.tuhh.de/tuhh/forschung-und-transfer/neues-aus-der-forschung/a-novel-post-weld-treatment-using-nanostructured-metallic-multilayer-for-superior-fatigue-strength
steel structure subjected to cyclic loading are support structures of offshore wind
Dr.-Ing. Philip Augener | SSI https://www.tuhh.de/ssi/ueber-uns/ehemalige/dr-ing-philip-augener
Sea-Keeping Analysis of an Offshore Wind Farm Installation Vessel During The Jack-Up
Veröffentlichungen | SSI https://www.tuhh.de/ssi/veroeffentlichungen?showUid=169351&cHash=8a7de46ee33d3e0c0328f6cd8ba025f1
footage shows that the models’ capsizing in head seas was mainly induced by gusty wind
Veröffentlichungen | SSI https://www.tuhh.de/ssi/veroeffentlichungen?showUid=186591&cHash=e49cffd30bfc4a5c52eb22d56e913395
[186591] Title: A 4 Degree of Freedom Velocity / Power Prediction Program for Wind
SKF: Completed Projects https://www.tuhh.de/skf/research/research-projects/completed-projects
CorroFAT – Influence of corrosive media on the fatigue strength of offshore wind
TUHH: Projekt 9 – Siemens Gamesa 21/22 https://www.tuhh.de/tuhh/studium/im-studium/career-center/praxiserfahrung/fishing-for-experience/projekt-9-siemens-gamesa-21/22
Siemens Gamesa Automated Component Landing in Offshore Wind