Continuing with our efforts on understanding the effect of pressure gradient and curvature on turbulent wings, we have now constructed a database consisting of time and spatially resolved turbulence around wings at 4 Reynolds numbers, starting at the low Re=100k up to...
Our continuing work on extending the open-source code Nek5000, based on the high-order spectral element method, has now reached a level of maturity such that we can – for the first time – perform simulations of turbulence in complex geometries. Adaptive mesh...
Together with colleagues from Umeå University, we implemented in Nek5000 the possibility to perform high-order accurate topology optimization, useful for flows driven by natural convection. To obtain a design with a given length scale, we apply regularization...
In a collaboration between SeRC researchers at SU, KTH, and KI as well as ERCO Pharma AB, we have developed new computational methods to fit molecular data to cryo-EM image data of vitreous sections (CEMOVIS) of skin. This has made it possible to develop much more...
In collaboration with the Laboratory of Molecular Biology (Cambridge, UK), the SeRC Molecular Simulation community has continued their work on new reconstruction algorithms for cryo-electron microscopy. During 2017, we have particularly introduced new methods that...
