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Computational Mechanics

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FEniCS shells; Bayesian inversion for hyper-elastic solids using dolfin-adjoint

fenics-shells: a UFL-based library for simulating thin structures

http://hdl.handle.net/10993/21554

A Bayesian inversion approach to recovering material parameters in hyperelastic solids using dolfin-adjoint

http://hdl.handle.net/10993/21555

Recent Posts

  • TWINNING workshop in Luxembourg
  • ERCIM “Alain Bensoussan” Fellowship Programme
  • IWR School 2019: “A Crash Course in Machine Learning with Applications in Natural- and Life Sciences (ML4Nature)”
  • Michael Ortiz “Model-Free Data-Driven Computing”
  • Mock ERC panel at UL

inCERT references categories

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  • FEniCS and dolfin
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  • Inverse problems in biomechanics
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  • Model reduction for non-linear problems
  • Model reduction of Multi-scale Problems
  • Needle insertion
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  • Spring-Mass and Mass-Tensor approaches to real-time simulation
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Recent posts

  • TWINNING workshop in Luxembourg
  • ERCIM “Alain Bensoussan” Fellowship Programme
  • IWR School 2019: “A Crash Course in Machine Learning with Applications in Natural- and Life Sciences (ML4Nature)”
  • Michael Ortiz “Model-Free Data-Driven Computing”
  • Mock ERC panel at UL

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