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Computational Mechanics

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Presentation by FNR INTERMOBILITY visiting professor Karol Miller 

Computational biomechanics for medicine: success stories from neurosurgery planning and vascular engineering

https://www.eventbrite.com/e/computational-biomechanics-for-medicine-success-stories-from-neurosurgery-planning-and-vascular-tickets-16693514752?utm_campaign=new_attendee&utm_medium=email&utm_source=eb_email&utm_term=event_name

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

  • Adaptivity for real-time simulation
  • Augmented reality for computer assisted surgery
  • Bayesian – Markov – surgical simulation
  • Biomechanics advanced constitutive models
  • Boundary elements for non-linear problems
  • Brain
  • Computer-aided diagnosis
  • Contact modelling and simulation
  • Cutting simulation
  • Error estimation for biomechanics
  • FEniCS and dolfin
  • Image registration
  • Implicit methods for real-time simulations
  • inCERT publications
  • Inverse problems in biomechanics
  • Mesh generation
  • Meshless methods
  • Model reduction for deformable models
  • Model reduction for non-linear problems
  • Model reduction of Multi-scale Problems
  • Needle insertion
  • Poro-elasticity
  • Real-time soft tissue deformation simulation
  • Robotic surgery
  • Soft tissue failure simulation
  • Spring-Mass and Mass-Tensor approaches to real-time simulation
  • Surgical training and 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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  • Mentions légales

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