Dear Volodymyr @zelenskyyua, we stand with #Ukraine in good and in testing times. We must never confuse aggressor and victim in this terrible war. (FM)
Nobody wants peace more than the Ukrainians do. Therefore we are working on a common path to a lasting and just peace. Ukraine can rely on Germany – and on Europe.
There is an aggressor: Russia.
There is a victim: Ukraine.
We were right to help Ukraine and sanction Russia three years ago—and to keep doing so.
By “we,” I mean the Americans, the Europeans, the Canadians, the Japanese, and many others.
Thank you to all who have helped and continue to do so. And respect to those who have been fighting since the beginning—because they are fighting for their dignity, their independence, their children, and the security of Europe.
At NTNU, we are recruiting a PhD Student on hydro-morphodynamic modeling with #REEF3D as part of the ERC Consolidator grant PARTRES: jobbnorge.no/en/available-j…
At NTNU, we are recruiting a PhD Student on hydro-morphodynamic modeling with #REEF3D as part of the ERC Consolidator grant PARTRES: jobbnorge.no/en/available-j…
Excited to collaborate with our partners from #blueOASIS on the "Coastal Wave Modelling in the World Surfing Reserve of Ericeira" project funded by EEA Grants Portugal! #REEF3D
I am thrilled to announce that I will continue to do research at the @DTUtweet , now as a Senior Researcher. I look forward to continuing to solve current and future coastal problems.
As part of the ERC Consolidator grant PARTRES we are recruiting a PhD Student on particle resolving sediment transport modeling: jobbnorge.no/en/available-j…
New Ocean Engineering paper by Gang Wang, a real-world application of our new open-ocean aquaculture structure modeling framework within #REEF3D: authors.elsevier.com/c/1f6Pz6nh70xPu
New AOR paper on REEF3D::FNPF - high-performance nonlinear wave modeling from deep water to the coast adapted for the complex topography of the Norwegian coastline: authors.elsevier.com/sd/article/S01…
Demonstrating the use of nonlinear velocity and acceleration fields from REEF3D::FNPF to evaluate wave loads from three-hour irregular sea states with steep and breaking waves (open access):
sciencedirect.com/science/articl…