Meeting-notes.md

@@ -2,6 +2,49 @@
 
 [Overleaf Project](https://www.overleaf.com/project/609e78ba5a26a76cd6a2a580)
 
+# Meeting 2022-10-27
+
+- Hassan: prepare the master thesis description with 1-2 simulation studies that can be delegated to master students. 
+- Tomislav: we should prioritize, there are a lot of points below to work on.
+
+## Pre-print 
+
+- Pre-print is edited and ready for corrections.
+
+## Viscoelasticity 
+
+- Contact Prof. Hardt about the details regarding the viscoelastic droplet breakup. 
+- Hassan: forward Tomislav the papers on viscoelasticity
+- Hassan: include Tomislav in the communication/meetings + invite to the repo
+
+- Prof. Roisman can provide experimental results for the spreading over the sphere, we determine the fluid properties from Matthias, to connect with viscoelasticity. 
+
+## K30 - Droplet Spreading
+
+- Microscopic evolution of the contact angle for the droplet spreading using the new experimental technique. 
+- Mathis: modeling for the contact angle behavior for the droplet spreading problem. Comparing to standard theory.
+- Hassan: spreading droplet with 5 degrees - what is the problem in numerics? Visualizing the interface, pressure, velocity fields, figure out what is going wrong.
+
+## K31 - Extracting Plate / Rivulet
+
+- Rivulet: radius in micrometers is given, comparison is for the height of the rivulet. 
+- Hassan: remind us for the next meeting regarding K31
+- Hassan: compute the length scale ratio that we can handle with 6-8 refinements and let us know if the cooperation partners can adjust the rivulet geometry so that we can handle this.
+
+## K71 
+
+- Discussing the dynamic contact angle BC in OpenFOAM and its interaction with the plicRDF
+
+## K73 - rheometer
+
+- Tomislav: meeting with Mehdi is pending.
+- Houssem is starting to revive the cooperation in his master thesis.
+
+## Interface reconstruction 
+
+- Hassan: focus on plicRDF reconstruction, what is done at the contact line, what is the potential problem?  
+- Finalize the plicRDF reconstruction test
+
 # Meeting 2022-09-26
 
 Naming convention for data items in the collection
@@ -14,7 +57,7 @@ Validation and verification of the plicRDF-isoAdvector unstructured Volume-of-Fl
 
 [https://tudatalib.ulb.tu-darmstadt.de/handle/tudatalib/3589](https://tudatalib.ulb.tu-darmstadt.de/handle/tudatalib/3589)
 
-# K71 - sliding droplet 2D simulation points
+## K71 - sliding droplet 2D simulation points
 
 - Initialize a semi-sphere and let the simulation run for some time without any inclination.
 - Slowly increase the inclination angle by few degrees and then let the drop to adapt to new conditions