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Cite


  • Melis, A. openBF: Julia software for 1D blood flow modelling. figshare, 2018. DOI: 10.15131/shef.data.7166183 [figshare]
  • Marzo A. et al. An engineering approach towards a more discrete and efficient urinary drainage system, Proc IMechE Part H: J Engineering in Medicine, 2018 [IMechE]
  • Melis A. et al. Embarrassingly parallel analysis of a 1D cardiovascular network towards the generation of a virtual population, Proceedings of the 8th World Congress of Biomechanics, 2018 [online abstract]
  • Melis A. Gaussian process emulators for 1D vascular modelling, 2017, PhD Thesis, WhiteRose eTheses Online [pdf] [stats]
  • Melis A. et al. Bayesian sensitivity analysis of a 1D vascular model with Gaussian process emulator, Int J Numer Meth Biomed Engng, March 2017 [pdf]
  • Melis A. et al. A more efficient approach to perform sensitivity analyses in 0D/1D cardiovascular models, Proceedings of the 4th International Conference on Computational and Mathematical Biomedical Engineering, 2015 [pdf]

Play


  • Embarrassingly parallel analysis of a 1D cardiovascular network towards the generation of a virtual population, WCB2018, Dublin, IR, July 2018 [event][slides][session]
  • Improved diagnosis of cerebral vasospasm through a sensitivity analysis of a 1D cerebral circulation model, WCB2018, Dublin, IR, July 2018 [poster][online abstract][session]
  • LINNC, Paris, FR, June 2018 [event]
  • HPC for all: porting in silico medicine applications to an HPC environment, HPC@Sheffield 2018 [event][slides]
  • MEC434 - Arterial Haemodynamics [lecture 1] [lecture 2]
  • openBF.jl: 1D blood flow simulations in Julia
  • Virtual Humans [watch]
  • Introduction to Cloud Computing for the Virtual Physiological Human, VPH Institute Webinar series, January 2018 [watch]
  • In silico identification of cerebral vasospasm biomarkers, INSIGNEO Showcase, Sheffield, UK, 2017 [poster]
  • Vascular networks sensitivity analysis, CURE meeting, Sheffield, UK, 27th September 2016 [slides]
  • Sensitivity analysis with Gaussian process emulator for cardiovascular modelling, Quantifying uncertainty in multiscale models for biomedical applications, The Edge, Sheffield, UK, 21st April 2017 [slides]
  • MultiSim Modelathon - Challenge 3: Cardiovascular Application [event]
  • Fast sensitivity analysis for cardiovascular models, Workshop on Computationally Efficient Modelling & Simulation and its Applications, Halifax Hall, Sheffield, UK, 12th October 2016 [slides]
  • Stenosis and aneurysms non-invasive detection through inverse pulse wave analysis, Doctoral Academy Conference, The University of Sheffield, UK, 21st June 2016
  • A 1D vascular model of cerebral vasospasm, Hopital Bretonnau, Tours, FR, 12th May 2016
  • An in silico model to detect cardiovascular disease through effective pulse wave analysis, INSIGNEO Showcase, Sheffield, UK, 5th May 2016 [poster]
  • Probabilistic sensitivity analysis, CURE meeting, Sheffield, UK, 9th February 2016 [slides]
  • An engineering approach towards a more discrete and efficient drainage tube design, IMechE Conference, London, UK, Novemebr 2015
  • A more efficient approach to perform sensitivity analyses in 0D/1D cardiovascular models, CMBE, Cachan, FR, July 2015 [slides]
  • 0D/1D cardiovascular model sensitivity analysis, Poster presentation at Department of Mechanical Engineering, Sheffield, UK, 28th April 2015 [poster]
  • The Ageing Vascular System, CISTIB meeting, Sheffield, UK, 27th January 2014 [slides]

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