Conference Topics

The conference topics include (the list is indicative):
  • Convergence and error estimation
  • Efficient solvers
  • Homogenization
  • Large-scale stochastic finite element applications
  • Markov Chain Monte Carlo methods
  • Methods for improving the efficiency of Monte Carlo Simulation
  • Microstructure/morphology characterization
  • Multiple time scale modeling of nonlinear/chaotic systems, e.g. molecular dynamics
  • Multiscale methods involving uncertainties
  • Multiscale stochastic dynamics
  • Multiscale stochastic finite element methods
  • Physically based uncertainty quantification
  • Random field modeling of multiscale systems
  • Simulation of random fields
  • Solution of stochastic partial differential equations
  • Stochastic fracture and damage
  • System reliability analysis, design and risk assessment
  • Upscaling of statistical defects at micro- and nano-scale
  • Validation of stochastic modeling techniques
  • Wave propagation in micro-structured random media
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  • Convergence and error estimation
  • Efficient solvers
  • Homogenization
  • Large-scale stochastic finite element applications
  • Markov Chain Monte Carlo methods
  • Methods for improving the efficiency of Monte Carlo Simulation
  • Microstructure/morphology characterization
  • Multiple time scale modeling of nonlinear/chaotic systems, e.g. molecular dynamics
  • Multiscale methods involving uncertainties
  • Multiscale stochastic dynamics
  • Multiscale stochastic finite element methods
  • Physically based uncertainty quantification
  • Random field modeling of multiscale systems
  • Simulation of random fields
  • Solution of stochastic partial differential equations
  • Stochastic fracture and damage
  • System reliability analysis, design and risk assessment
  • Upscaling of statistical defects at micro- and nano-scale
  • Validation of stochastic modeling techniques
  • Wave propagation in micro-structured random media