Timm Krüger
@timmkrueger
Reader and Deputy Director of Research, School of Engineering, University of Edinburgh. ERC grantee. All views are my own.
ID: 1947929004
https://www.timm-krueger.de 08-10-2013 21:37:45
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#BSIPaperoftheWeek “Modelling ternary fluids in contact with elastic membranes” Physical Review E from #Pepona, Timm Krüger Halim Kusumaatmaja et al. Durham Physics The University of Edinburgh & Northumbria Uni journals.aps.org/pre/abstract/1…
Our interdisciplinary work about blood flow and its impact on developing blood vessel networks is out in Royal Society Publishing Interface (open access) royalsocietypublishing.org/doi/10.1098/rs… Miguel O. Bernabeu
Proud to have published with Rohan Vernekar and Greg Sutton👨🔬 in Wiley in research Small: "Label-Free Biophysical Markers from Whole Blood Microfluidic Immune Profiling Reveal Severe Immune Response Signatures" onlinelibrary.wiley.com/doi/abs/10.100…
Great to have this work out from my PhD in Royal Society Publishing Interface. Special thanks to my supervisors Timm Krüger Miguel O. Bernabeu
Engineering researchers have uncovered the important role of red blood cells in developing functional blood vessel networks. The research also helps shed light on blood flow complications in diabetes and hypertension. Read the study in Royal Society Publishing: edin.ac/3xnwx7D
Timm Krüger is organising the first international workshop on inertial microfluidics (2/3 September), registration is still open: iopconferences.org/iop/frontend/r…
The first article from my time at the University of Edinburgh has been published in the Journal of Fluid Mechanics. Timm Krüger and I investigate how soft particles form stable pairs in inertial microfluidics bit.ly/3HctkvF
Glad to have this opinion piece published together with Igor Chernyavsky Oliver Jensen Miguel O. Bernabeu Timm Krüger and other great co-authors! Check out our perspectives on placental micro-haemodynamics doi.org/10.1016/j.cobm…
Amazing work by Charles Q. Zhou and our collaborators. Blood flow in porous media as a model for transport in the human placenta. Thanks for the excellent job!
Our latest study is out online in Biophys Journal! It shows that red blood cells lingering in our microvessels have an important role in their distribution through bifurcations. Christian Wagner yazdan rashidi Charles Q. Zhou Timm Krüger Greta Simionato authors.elsevier.com/a/1gpbj_9FM6pQ…
Read about the cover art for the newly released issue of Biophysical Journal on the BPS Blog: ow.ly/FPRq50NLQ27 Alexis Darras Christian Wagner Timm Krüger Anglistik (Uni Saar) Charles Q. Zhou Greta Simionato Miguel O. Bernabeu The University of Edinburgh yazdan rashidi
Our 🖥️Tech Me Out 🦾 event with Timm Krüger and Charles Q. Zhou will explore what computer simulations can teach us about blood flow🩸and how we can use simulations to study fluid behaviour #pint23 pintofscience.co.uk/events/edinbur…
Glad to see our work highlighted by the UK national supercomputing ARCHER2 HPC Service this month. It has been a fruitful project between School of Engineering Usher Institute & UoM Physics & Astronomy University of Manchester Department of Mathematics. Thanks to Timm Krüger Miguel O. Bernabeu who hired me for this challenging but fullfilled job!