Meeting-notes.md

@@ -34,7 +34,7 @@ Meeting (Tomislav, Hassan and Shumali (C07N)
 
 - [ ] Complete 2D validation cases + preprint text. 
 
-- [ ] K71: finish 2D cases & evaluation: we meet with experimentalists.
+- [x] K71: finish 2D cases & evaluation: we meet with experimentalists.
 
 - [ ] K71: initialize a spherical cap on a tilted plate and let this slide. 
 
@@ -55,25 +55,25 @@ Meeting (Tomislav, Hassan and Shumali (C07N)
 
 # Meeting 2021-10-18
 
-- [ ] SLIDE 1: Overview slide of the plicRDF reconstruction 
+- [x] SLIDE 1: Overview slide of the plicRDF reconstruction 
 
 - Schematic image of the isoAdvection (Tomislav gives input: Johan's tech report)
 
 - Schematic image for the plicRDF reconstruction
 
-- [ ] SLIDE 2: Testing the near-wall accuracy using Mathis' paper 
+- [x] SLIDE 2: Testing the near-wall accuracy using Mathis' paper 
 
 *  Test case setup image from Mathis' paper 
 
 *  Function Object for Contact Angle (CA) (sentence) 
 
-- [ ] SLIDE 3: Spreading droplet, Mathis' parameters 
+- [x] SLIDE 3: Spreading droplet, Mathis' parameters 
 
 * Test case setup: use set_ylim(5.5, above 6) to focus on the horizontal lines on the diagram to zoom into the curves
 
 * Postprocessing there, FO, some results, issues, what we're working on? 
 
-- [ ] SLIDE 4: K71 cooperation: sliding droplet over a chemical and geometrical inhomogeneity
+- [x] SLIDE 4: K71 cooperation: sliding droplet over a chemical and geometrical inhomogeneity
 
 - 3D results (video) for the droplet sliding over the obstacle - zoom into the obstacle, and show the unstructured mesh (crinkle clip in Paraview) 
 
@@ -110,7 +110,7 @@ const volVectorField centers = mesh.lookup<const volVectorField&>("recon::normal
 
 # Meeting 2021-09-28
 
-- [ ] Check plicRDF near walls
+- [x] Check plicRDF near walls
 
 Fricke, M., Marić, T., & Bothe, D. (2020). Contact line advection using the geometrical Volume-of-Fluid method. Journal of Computational Physics, 407(July). https://doi.org/10.1016/j.jcp.2019.109221
 
@@ -159,13 +159,13 @@ A global object that you initialize outside the boundary field loop
 
 - [ ] Check the Droplets conference - there was a contribution for interFoam or interIsoFoam with wetting in IJMF (!) 
 
-- [ ] Flow across an obstacle: experimental papers... 
+- [x] Flow across an obstacle: experimental papers... 
 
 # Meeting 2021-09-16
 
-- [ ] Investigate how curvature is computed by interIsoFoam (immiscibleIncompressibleTwoPhaseMixture class): document this in the preprint. 
+- [x] Investigate how curvature is computed by interIsoFoam (immiscibleIncompressibleTwoPhaseMixture class): document this in the preprint. 
 
-- [ ] Literature survey on interIsoFoam/interFoam wetting validation - which cases have been used so far for validation? 
+- [x] Literature survey on interIsoFoam/interFoam wetting validation - which cases have been used so far for validation? 
 
 - [ ] interIsoFoam is currently using the *sharp* $`\alpha`$ field - can we simply use Ubbink's laplace smoothing for the $`p-\mathbf{v}`$ coupling?
 
@@ -184,7 +184,7 @@ kappa = +/- fvc::div(fvc::grad(smoothAlpha) / mag(fvc::grad(smoothAlpha))
 
 ```
 
-- [ ] Add literature survey, curvature calculation descripton, and our current cases to Overleaf, together with [_highlights_](https://www.elsevier.com/authors/tools-and-resources/highlights)
+- [x] Add literature survey, curvature calculation descripton, and our current cases to Overleaf, together with [_highlights_](https://www.elsevier.com/authors/tools-and-resources/highlights)
 
 - [ ] Read about the semi-implicit surface-tension force model - can this help us with parasitic currents? Discuss with Tomislav and Tobi about using this in interIsoFoam.