#vof — Public Fediverse posts

(5) #winkeliers #geschiedenis
..de wens voorgelegd van hun vader, als enige zoon, om het #familiebedrijf voort te zetten. Die wensen van hun pa werden vastgelegd in een #contract (#VOF), want hun vader wilde zijn #pensioen voor zichzelf en zijn vrouw zeker stellen, maw 'je moet voor mij en je moeder zorgen, jij bent mijn zoon'. En dat deden zij alledrie.
Allen moesten die keuze maken voor het pensioen van hun ouders voordat je als #winkelier kon 'trekken van Drees' (de AOW) sinds 1957. (6)

(5) #winkeliers #geschiedenis
..de wens voorgelegd van hun vader, als enige zoon, om het #familiebedrijf voort te zetten. Die wensen van hun pa werden vastgelegd in een #contract (#VOF), want hun vader wilde zijn #pensioen voor zichzelf en zijn vrouw zeker stellen, maw 'je moet voor mij en je moeder zorgen, jij bent mijn zoon'. En dat deden zij alledrie.
Allen moesten die keuze maken voor het pensioen van hun ouders voordat je als #winkelier kon 'trekken van Drees' (de AOW) sinds 1957. (6)

It's been some time since my last #toot ⏰.
A lot is going on the last few weeks. I've been learning much about volume of fluid #VOF and #surfacetension and having finally some success with boundary conditions 😁. Hope to share some more in the upcoming weeks.

Besides that, I've just browsed the first few pages of #PRL recent and while I think they do a good job of representing different areas of #physics, there is a lot of high energy physics 🔄 💥

It's been some time since my last #toot ⏰.
A lot is going on the last few weeks. I've been learning much about volume of fluid #VOF and #surfacetension and having finally some success with boundary conditions 😁. Hope to share some more in the upcoming weeks.

Besides that, I've just browsed the first few pages of #PRL recent and while I think they do a good job of representing different areas of #physics, there is a lot of high energy physics 🔄 💥

It's been some time since my last #toot ⏰.
A lot is going on the last few weeks. I've been learning much about volume of fluid #VOF and #surfacetension and having finally some success with boundary conditions 😁. Hope to share some more in the upcoming weeks.

Besides that, I've just browsed the first few pages of #PRL recent and while I think they do a good job of representing different areas of #physics, there is a lot of high energy physics 🔄 💥

It's been some time since my last #toot ⏰.
A lot is going on the last few weeks. I've been learning much about volume of fluid #VOF and #surfacetension and having finally some success with boundary conditions 😁. Hope to share some more in the upcoming weeks.

Besides that, I've just browsed the first few pages of #PRL recent and while I think they do a good job of representing different areas of #physics, there is a lot of high energy physics 🔄 💥

Last week I came across the codedFixedValue boundary condition in #openfoam. I basically want to pump gas into my system with some control parameters, e.g. amount of gas, bubble size distribution. codedFixedValue can do that, what surprised me however was how to use vectors. In an #openfoam dictonary the style is (0 0 0) for a 3D vector. Inside the codedFixedValue the style changes to vector(0,0,0) 🤔

#CFD , #VOF, #fluids

Last week I came across the codedFixedValue boundary condition in #openfoam. I basically want to pump gas into my system with some control parameters, e.g. amount of gas, bubble size distribution. codedFixedValue can do that, what surprised me however was how to use vectors. In an #openfoam dictonary the style is (0 0 0) for a 3D vector. Inside the codedFixedValue the style changes to vector(0,0,0) 🤔

#CFD , #VOF, #fluids

Last week I came across the codedFixedValue boundary condition in #openfoam. I basically want to pump gas into my system with some control parameters, e.g. amount of gas, bubble size distribution. codedFixedValue can do that, what surprised me however was how to use vectors. In an #openfoam dictonary the style is (0 0 0) for a 3D vector. Inside the codedFixedValue the style changes to vector(0,0,0) 🤔

#CFD , #VOF, #fluids

Last week I came across the codedFixedValue boundary condition in #openfoam. I basically want to pump gas into my system with some control parameters, e.g. amount of gas, bubble size distribution. codedFixedValue can do that, what surprised me however was how to use vectors. In an #openfoam dictonary the style is (0 0 0) for a 3D vector. Inside the codedFixedValue the style changes to vector(0,0,0) 🤔

#CFD , #VOF, #fluids

Last week I came across the codedFixedValue boundary condition in #openfoam. I basically want to pump gas into my system with some control parameters, e.g. amount of gas, bubble size distribution. codedFixedValue can do that, what surprised me however was how to use vectors. In an #openfoam dictonary the style is (0 0 0) for a 3D vector. Inside the codedFixedValue the style changes to vector(0,0,0) 🤔

#CFD , #VOF, #fluids

How cool is snappyHexMesh for meshing a geometry using #openfoam! Special thanks to Konstantinos Missios who gave me a walk through this utility.
Having a satisfying geometry and a good mesh there is only more thing to do .... define a working boundary condition #CFD #VOF 😙

How cool is snappyHexMesh for meshing a geometry using #openfoam! Special thanks to Konstantinos Missios who gave me a walk through this utility.
Having a satisfying geometry and a good mesh there is only more thing to do .... define a working boundary condition #CFD #VOF 😙

How cool is snappyHexMesh for meshing a geometry using #openfoam! Special thanks to Konstantinos Missios who gave me a walk through this utility.
Having a satisfying geometry and a good mesh there is only more thing to do .... define a working boundary condition #CFD #VOF 😙

How cool is snappyHexMesh for meshing a geometry using #openfoam! Special thanks to Konstantinos Missios who gave me a walk through this utility.
Having a satisfying geometry and a good mesh there is only more thing to do .... define a working boundary condition #CFD #VOF 😙

How cool is snappyHexMesh for meshing a geometry using #openfoam! Special thanks to Konstantinos Missios who gave me a walk through this utility.
Having a satisfying geometry and a good mesh there is only more thing to do .... define a working boundary condition #CFD #VOF 😙

Fast forward to #today where we have a joint project with external partners. In this project we should simulate a two phase flow in geometry that is not just a box (my previous geometry of choice when using #openfoam 😅).

Spending a day and a half I have to say, I am very much impressed with what you can do with @FreeCAD and #SalomeCAD. Very intuitive and with the help of #youtube #tutorials straightforward to use! Still now I can truly say that the #LBM mesh is trivial as compared to #vof

Fast forward to #today where we have a joint project with external partners. In this project we should simulate a two phase flow in geometry that is not just a box (my previous geometry of choice when using #openfoam 😅).

Spending a day and a half I have to say, I am very much impressed with what you can do with @FreeCAD and #SalomeCAD. Very intuitive and with the help of #youtube #tutorials straightforward to use! Still now I can truly say that the #LBM mesh is trivial as compared to #vof

Fast forward to #today where we have a joint project with external partners. In this project we should simulate a two phase flow in geometry that is not just a box (my previous geometry of choice when using #openfoam 😅).

Spending a day and a half I have to say, I am very much impressed with what you can do with @FreeCAD and #SalomeCAD. Very intuitive and with the help of #youtube #tutorials straightforward to use! Still now I can truly say that the #LBM mesh is trivial as compared to #vof

Fast forward to #today where we have a joint project with external partners. In this project we should simulate a two phase flow in geometry that is not just a box (my previous geometry of choice when using #openfoam 😅).

Spending a day and a half I have to say, I am very much impressed with what you can do with @FreeCAD and #SalomeCAD. Very intuitive and with the help of #youtube #tutorials straightforward to use! Still now I can truly say that the #LBM mesh is trivial as compared to #vof

Fast forward to #today where we have a joint project with external partners. In this project we should simulate a two phase flow in geometry that is not just a box (my previous geometry of choice when using #openfoam 😅).

Spending a day and a half I have to say, I am very much impressed with what you can do with @FreeCAD and #SalomeCAD. Very intuitive and with the help of #youtube #tutorials straightforward to use! Still now I can truly say that the #LBM mesh is trivial as compared to #vof

My 🐘 #introduction 👋

I'm a researcher at Roskilde University (#RUC) in 🇩🇰. My background is #physics and research I do revolves around #fluiddynamics 🌊 💦 using #CFD and #theory. Much of my work is focused on #thinfilms or #droplets. My perferred #CFD tool is #LBM but I started using #VOF with #openfoam. I try to be open when it comes to coding which is why I switch languages for different tasks #julialang, #python, #C++, #JS.
Besides that I'm into #running 🏃‍♂️, #gaming, #coffee ☕ and #politics.

My 🐘 #introduction 👋

I'm a researcher at Roskilde University (#RUC) in 🇩🇰. My background is #physics and research I do revolves around #fluiddynamics 🌊 💦 using #CFD and #theory. Much of my work is focused on #thinfilms or #droplets. My perferred #CFD tool is #LBM but I started using #VOF with #openfoam. I try to be open when it comes to coding which is why I switch languages for different tasks #julialang, #python, #C++, #JS.
Besides that I'm into #running 🏃‍♂️, #gaming, #coffee ☕ and #politics.

My 🐘 #introduction 👋

I'm a researcher at Roskilde University (#RUC) in 🇩🇰. My background is #physics and research I do revolves around #fluiddynamics 🌊 💦 using #CFD and #theory. Much of my work is focused on #thinfilms or #droplets. My perferred #CFD tool is #LBM but I started using #VOF with #openfoam. I try to be open when it comes to coding which is why I switch languages for different tasks #julialang, #python, #C++, #JS.
Besides that I'm into #running 🏃‍♂️, #gaming, #coffee ☕ and #politics.

My 🐘 #introduction 👋

I'm a researcher at Roskilde University (#RUC) in 🇩🇰. My background is #physics and research I do revolves around #fluiddynamics 🌊 💦 using #CFD and #theory. Much of my work is focused on #thinfilms or #droplets. My perferred #CFD tool is #LBM but I started using #VOF with #openfoam. I try to be open when it comes to coding which is why I switch languages for different tasks #julialang, #python, #C++, #JS.
Besides that I'm into #running 🏃‍♂️, #gaming, #coffee ☕ and #politics.

My 🐘 #introduction 👋

I'm a researcher at Roskilde University (#RUC) in 🇩🇰. My background is #physics and research I do revolves around #fluiddynamics 🌊 💦 using #CFD and #theory. Much of my work is focused on #thinfilms or #droplets. My perferred #CFD tool is #LBM but I started using #VOF with #openfoam. I try to be open when it comes to coding which is why I switch languages for different tasks #julialang, #python, #C++, #JS.
Besides that I'm into #running 🏃‍♂️, #gaming, #coffee ☕ and #politics.

Sorry for decreasing the signal/noise ratio, but I just realized the obligatory tag cloud is obligatory.
#science #mechanics #fluidmechanics #simulation #numerical #numericalmethods #data #datavisualization #multiphase #twophase #flow #maths #mathematics #physics #engineering #CORIA #Sorbonne #turbulence #fragmentation #emulsions #levelset #VOF #volumeoffluid #largeeddysimulation #fsi #fluidstructure #droplets #bubbles #surface #surfacetension #geometry #topology

Sorry for decreasing the signal/noise ratio, but I just realized the obligatory tag cloud is obligatory.
#science #mechanics #fluidmechanics #simulation #numerical #numericalmethods #data #datavisualization #multiphase #twophase #flow #maths #mathematics #physics #engineering #CORIA #Sorbonne #turbulence #fragmentation #emulsions #levelset #VOF #volumeoffluid #largeeddysimulation #fsi #fluidstructure #droplets #bubbles #surface #surfacetension #geometry #topology

Sorry for decreasing the signal/noise ratio, but I just realized the obligatory tag cloud is obligatory.
#science #mechanics #fluidmechanics #simulation #numerical #numericalmethods #data #datavisualization #multiphase #twophase #flow #maths #mathematics #physics #engineering #CORIA #Sorbonne #turbulence #fragmentation #emulsions #levelset #VOF #volumeoffluid #largeeddysimulation #fsi #fluidstructure #droplets #bubbles #surface #surfacetension #geometry #topology