Urban-scale Atmospheric Dispersal Modeling

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Research Line Department / Group Leaders
- JOSE MARIA CELA ESPIN
  
  COMPUTER APPLICATIONS IN SCIENCE AND ENGINEERING DIRECTOR
  
  CASE
  
  josem [dot] cela [at] bsc [dot] es
  
  +34 934010990
  
  View Research Lines
  
  Ab-Initio Electronic Structure Methods
  
  Alya - High Performance Computational Mechanics
  
  Atmospheric Impact Services
  
  BSIT: Barcelona Subsurface Imaging Tools
  
  Computational Modeling for Fusion
  
  Computational fluid mechanics - Incompressible flows
  
  Earthquake Simulation
  
  Electromagnetic Modeling and Inversion
  
  Electronic transport
  
  HPC Frameworks
  
  HPC Geophysical Applications
  
  HPC Workflows
  
  Inverse Modelling
  
  Microscale wind simulations and wind resource assessment
  
  Natural & Social Hazards (NaSH)
  
  Reduced Order Methods in HPC
  
  Seismic hazard, seismic vulnerability and seismic risk
  
  Smart and resilient cities
  
  Urban-scale Atmospheric Dispersal Modeling
  
  Volcanic ash

Research Line Staff
- ABEL GARGALLO
  
  SENIOR RESEARCHER
  
  CASE - Physical and Numerical Modelling
  
  abel [dot] gargallo [at] bsc [dot] es
  
  +34 934137744
  
  View Research Lines
  
  Mesh generation and adaptivity
  
  Microscale wind simulations and wind resource assessment
  
  Urban-scale Atmospheric Dispersal Modeling
- XEVI ROCA
  
  GEOMETRY AND MESHING FOR SIMULATIONS GROUP MANAGER
  
  CASE - Geometry and Meshing for simulations
  
  xevi [dot] roca [at] bsc [dot] es
  
  +34 934137648
  
  View Research Lines
  
  Mesh generation and adaptivity
  
  Urban-scale Atmospheric Dispersal Modeling