Differences

This shows you the differences between two versions of the page.

--- research [2018/05/04 10:50] – till
+++ research [2018/05/06 19:31] (current) – till
@@ Line 3: / Line 3: @@
 ====== Research ======
-For most of my scientific life I worked on Granular Fluids but I also have fun with bacteria and the occasional spin model. While real granular particles like sand, gravel, pills, cereals or coffee beans come in all sorts of shapes and are usually quite irregular, as a theoretician I exclusively use spherical (or disk shaped) particles. I prefer to solve problems with pen and paper (and the occasional help of Gradshteyn and Maple) but I also burn a lot of CPU time running and analyzing event driven molecular dynamics simulations. Bateria, I found, are much more complicated than hard spheres. Still I try to tackle them with simple models.
+For most of my scientific life I worked on Granular Fluids but I also have fun with bacteria and the occasional spin model. While real granular particles like sand, gravel, pills, cereals or coffee beans come in all sorts of shapes and are usually quite irregular, as a theoretician I exclusively use spherical (or disk shaped) particles. I prefer to solve problems with pen and paper (and the occasional help of Gradshteyn and Maple) but I also burn a lot of CPU time running and analysing event driven molecular dynamics simulations. Bacteria, I found, are much more complicated than hard spheres. Still I try to tackle them with simple models.
 ===== Granular Rheology =====
@@ Line 22: / Line 22: @@
   * see [[res:Trail-Mediated Interaction]]
+===== Fluidized Beds =====
+For the development of new measurement techniques for granular fluids it is useful to have efficient and faithful simulation tools. We are exploring the capabilities of a novel hybrid event-driven code((Fiege & Zippelius [[https://doi.org/10.1088/1742-6596/759/1/012001|J. Phys. Conf. Ser.]] **759**, 012001 (2016) )) to simulate bubbling fluidized beds by cross-validating the numerical results with experimental measurements.
+  * see [[res:Fluidized Beds]]
 ===== Rough Granular Particles =====