Jan Götz

Research Interests

• WaLBerla: Widely applicable Lattice Boltzmann from Erlangen
• Simulation of bloodflow in aneurysms
  • Clotting processes
  • Parallelization
  • Visualization

Pictures, videos and posters

Some pictures and videos of blood flow in vessels:

Preview of the video for the "Lange Nacht der Wissenschaft": From the clinic to simulation

Videos "Fluid particle interaction"

• Whole video of some particle simulations
  
• The house of the bear
  • Number of used processors: 21
  • Performed on: LSS Cluster
  • Simulation domain: 350x180x180 Lattice Boltzmann cells
  • Number of rigid bodies: 90
  • Number of time steps: 6000
  • Simulation time: 4 hours 45 minutes
  • Video in slow motion
  
  
• Sphere robot
  • Number of used processors: 31
  • Performed on: LSS Cluster
  • Simulation domain: 540x240x400 Lattice Boltzmann cells
  • Number of rigid bodies: 750
  • Number of time steps: 10000
  • Simulation time: 9 hours 45 minutes
  
  
• The horn
  • Number of used processors: 65
  • Performed on: Woodcrest Cluster of RRZE
  • Simulation domain: 540x500x500 Lattice Boltzmann cells
  • Number of rigid bodies: 2500
  • Number of time steps: 27000
  • Simulation time: 12 hours 50 minutes
  
  
• The horn 2
  • Number of used processors: 31
  • Performed on: LSS Cluster
  • Simulation domain: 400x400x400 Lattice Boltzmann cells
  • Number of rigid bodies: 1000
  • Number of time steps: 24000
  • Simulation time: 10 hours 55 minutes
  
  

Posters:

•            ASIM 2007                          ASIM 2008                          ISC 2008