Now showing items 1-2 of 2

    • Evaluation of FESOM2.0 Coupled to ECHAM6.3: Preindustrial and HighResMIP Simulations 

      Sidorenko, D.ORCIDiD; Goessling, H.F.ORCIDiD; Koldunov, N.V.ORCIDiD; Scholz, P.; Danilov, S.ORCIDiD; Barbi, D.; Cabos, W.; Gurses, O.ORCIDiD; Harig, S.; Hinrichs, C.ORCIDiD; Juricke, S.ORCIDiD; Lohmann, G.ORCIDiD; Losch, M.ORCIDiD; Mu, L.ORCIDiD; Rackow, T.ORCIDiD; Rakowsky, N.; Sein, D.ORCIDiD; Semmler, T.ORCIDiD; Shi, X.ORCIDiD; Stepanek, C.ORCIDiD; Streffing, J.; Wang, Q.ORCIDiD; Wekerle, C.ORCIDiD; Yang, H.; Jung, T.ORCIDiD (Journal of Advances in Modeling Earth Systems, 2019)
      A new global climate model setup using FESOM2.0 for the sea ice-ocean component and ECHAM6.3 for the atmosphere and land surface has been developed. Replacing FESOM1.4 by FESOM2.0 promises a higher efficiency of the new ...
    • Fast EVP Solutions in a High-Resolution Sea Ice Model 

      Koldunov, Nikolay V.ORCIDiD; Danilov, SergeyORCIDiD; Sidorenko, DmitryORCIDiD; Hutter, NilsORCIDiD; Losch, MartinORCIDiD; Goessling, HelgeORCIDiD; Rakowsky, NataljaORCIDiD; Scholz, PatrickORCIDiD; Sein, DmitryORCIDiD; Wang, QiangORCIDiD; Jung, ThomasORCIDiD (Journal of Advances in Modeling Earth Systems, 2019)
      Sea ice dynamics determine the drift and deformation of sea ice. Nonlinear physics, usually expressed in a viscous-plastic rheology, makes the sea ice momentum equations notoriously difficult to solve. At increasing sea ...