David Kay : Publications
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[1]
A Bidomain model of the ventricular specialized conduction system of the heart
RM Bordas‚ K Gillow‚ David Gavaghan‚ Blanca Rodŕıguez and David Kay
In SIAM Journal on Applied Mathematics. Vol. 72. No. 5. Pages 1618–1643. 2012.
Details about A Bidomain model of the ventricular specialized conduction system of the heart | BibTeX data for A Bidomain model of the ventricular specialized conduction system of the heart
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[2]
A Block Preconditioner for High−Order Mixed Finite Element Approximations to the Navier–Stokes Equations
David Kay and Emil Lungu
In SIAM Journal on Scientific Computing. Vol. 27. No. 6. Pages 1867–1880. 2006.
Details about A Block Preconditioner for High−Order Mixed Finite Element Approximations to the Navier–Stokes Equations | BibTeX data for A Block Preconditioner for High−Order Mixed Finite Element Approximations to the Navier–Stokes Equations
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[3]
A Computationally Tractable Scheme for Simulation of the Human Pulmonary System
Brody H Foy and David Kay
2019.
Details about A Computationally Tractable Scheme for Simulation of the Human Pulmonary System | BibTeX data for A Computationally Tractable Scheme for Simulation of the Human Pulmonary System
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[4]
A Green's function preconditioner for the steady−state Navier−Stokes equations
David Kay and Daniel Loghin
Unspecified. 1999.
Details about A Green's function preconditioner for the steady−state Navier−Stokes equations | BibTeX data for A Green's function preconditioner for the steady−state Navier−Stokes equations
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[5]
A Green's function preconditioner for the steady−state Navier−Stokes equations
D. Kay and D. Loghin
1999.
Details about A Green's function preconditioner for the steady−state Navier−Stokes equations | BibTeX data for A Green's function preconditioner for the steady−state Navier−Stokes equations
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[6]
A Modified Oster–Murray–Harris Mechanical Model of Morphogenesis
Benjamin L Vaughan Jr‚ Ruth E Baker‚ David Kay and Philip K Maini
In SIAM Journal on Applied Mathematics. Vol. 73. No. 6. Pages 2124–2142. 2013.
Details about A Modified Oster–Murray–Harris Mechanical Model of Morphogenesis | BibTeX data for A Modified Oster–Murray–Harris Mechanical Model of Morphogenesis
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[7]
A Preconditioner for the Finite Element Approximation to the Arbitrary Lagrangian–Eulerian Navier–Stokes Equations
David Nordsletten‚ Nicolas Smith and David Kay
In SIAM Journal on Scientific Computing. Vol. 32. Pages 521–543. 2010.
Details about A Preconditioner for the Finite Element Approximation to the Arbitrary Lagrangian–Eulerian Navier–Stokes Equations | BibTeX data for A Preconditioner for the Finite Element Approximation to the Arbitrary Lagrangian–Eulerian Navier–Stokes Equations
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[8]
A boundary preserving numerical algorithm for the Wright−Fisher model with mutation
CE Dangerfield‚ D Kay‚ S MacNamara and K Burrage
In BIT Numerical Mathematics. Vol. 52. No. 2. Pages 283–304. 2012.
Details about A boundary preserving numerical algorithm for the Wright−Fisher model with mutation | BibTeX data for A boundary preserving numerical algorithm for the Wright−Fisher model with mutation
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[9]
A boundary preserving numerical algorithm for the Wright−Fisher model with mutation
CE Dangerfield‚ D. Kay‚ S. MacNamara and K. Burrage
In BIT Numerical Mathematics. Pages 1–22. 2011.
Details about A boundary preserving numerical algorithm for the Wright−Fisher model with mutation | BibTeX data for A boundary preserving numerical algorithm for the Wright−Fisher model with mutation
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[10]
A combined image−modelling approach assessing the impact of hyperinflation due to emphysema on regional ventilation–perfusion matching
KS Burrowes‚ Tom Doel‚ M Kim‚ Claudia Vargas‚ Josep Roca‚ Vicente Grau and D Kay
2017.
Details about A combined image−modelling approach assessing the impact of hyperinflation due to emphysema on regional ventilation–perfusion matching | BibTeX data for A combined image−modelling approach assessing the impact of hyperinflation due to emphysema on regional ventilation–perfusion matching
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[11]
A combined image−modelling approach assessing the impact of hyperinflation due to emphysema on regional ventilation–perfusion matching
KS Burrowes‚ T Doel‚ M Kim‚ C Vargas‚ J Roca‚ V Grau and D Kay
In Computer Methods in Biomechanics and Biomedical Engineering: Imaging & Visualization. Vol. 5. No. 2. Pages 110–126. 2017.
Details about A combined image−modelling approach assessing the impact of hyperinflation due to emphysema on regional ventilation–perfusion matching | BibTeX data for A combined image−modelling approach assessing the impact of hyperinflation due to emphysema on regional ventilation–perfusion matching
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[12]
A combined image−modelling approach assessing the impact of hyperinflation due to emphysema on regional ventilation–perfusion matching
KS Burrowes‚ T Doel‚ M Kim‚ C Vargas‚ J Roca‚ V Grau and D Kay
In Computer Methods in Biomechanics and Biomedical Engineering: Imaging & Visualization. No. ahead−of−print. Pages 1–17. 2015.
Details about A combined image−modelling approach assessing the impact of hyperinflation due to emphysema on regional ventilation–perfusion matching | BibTeX data for A combined image−modelling approach assessing the impact of hyperinflation due to emphysema on regional ventilation–perfusion matching
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[13]
A computational comparison of the multiple−breath washout and forced oscillation technique as markers of bronchoconstriction
Respiratory physiology & neurobiology
2017.
Details about A computational comparison of the multiple−breath washout and forced oscillation technique as markers of bronchoconstriction | BibTeX data for A computational comparison of the multiple−breath washout and forced oscillation technique as markers of bronchoconstriction
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[14]
A computational comparison of the multiple−breath washout and forced oscillation technique as markers of bronchoconstriction
Brody H Foy and David Kay
In Respiratory Physiology & Neurobiology. Vol. 240. Pages 61–69. 2017.
Details about A computational comparison of the multiple−breath washout and forced oscillation technique as markers of bronchoconstriction | BibTeX data for A computational comparison of the multiple−breath washout and forced oscillation technique as markers of bronchoconstriction
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[15]
A finite element approximation of a variational inequality formulation of Bean's model for superconductivity
Charles M Elliott‚ David Kay and Vanessa Styles
In SIAM journal on numerical analysis. Vol. 42. No. 3. Pages 1324–1341. 2004.
Details about A finite element approximation of a variational inequality formulation of Bean's model for superconductivity | BibTeX data for A finite element approximation of a variational inequality formulation of Bean's model for superconductivity
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[16]
A multigrid finite element solver for the Cahn–Hilliard equation
David Kay and Richard Welford
In Journal of Computational Physics. Vol. 212. No. 1. Pages 288–304. 2006.
Details about A multigrid finite element solver for the Cahn–Hilliard equation | BibTeX data for A multigrid finite element solver for the Cahn–Hilliard equation
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[17]
A new preconditioner for the Oseen equations
Andy Wathen‚ Daniel Loghin‚ David Kay‚ Howard Elman and David Silvester
In Numerical mathematics and advanced applications. Pages 979–988. Springer Milan. 2003.
Details about A new preconditioner for the Oseen equations | BibTeX data for A new preconditioner for the Oseen equations
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[18]
A new preconditioner for the Oseen equations
A. J. Wathen‚ D. Loghin‚ D. Kay‚ H. C. Elman and D. J. Silvester
In Proceedings of the European Conference on Numerical Mathematics and Advanced Applications. 2001.
Details about A new preconditioner for the Oseen equations | BibTeX data for A new preconditioner for the Oseen equations
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[19]
A non−conforming monolithic finite element method for problems of coupled mechanics
David Nordsletten‚ David Kay and Nicolas Smith
In Journal of Computational Physics. Vol. 229. No. 20. Pages 7571–7593. 2010.
Details about A non−conforming monolithic finite element method for problems of coupled mechanics | BibTeX data for A non−conforming monolithic finite element method for problems of coupled mechanics
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[20]
A poroelastic model coupled to a fluid network with applications in lung modelling
Lorenz Berger‚ Rafel Bordas‚ Kelly Burrowes‚ Vicente Grau‚ Simon Tavener and David Kay
In International journal for numerical methods in biomedical engineering. Vol. 32. No. 1. 2016.
Details about A poroelastic model coupled to a fluid network with applications in lung modelling | BibTeX data for A poroelastic model coupled to a fluid network with applications in lung modelling
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[21]
A poroelastic model coupled to a fluid network with applications in lung modelling
Lorenz Berger‚ Rafel Bordas‚ Kelly Burrowes‚ Vicente Grau‚ Simon Tavener and David Kay
In International journal for numerical methods in biomedical engineering. 2015.
Details about A poroelastic model coupled to a fluid network with applications in lung modelling | BibTeX data for A poroelastic model coupled to a fluid network with applications in lung modelling
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[22]
A posteriori error estimation for stabilized mixed approximations of the Stokes equations
David Kay and David Silvester
In SIAM Journal on Scientific Computing. Vol. 21. No. 4. Pages 1321–1336. 1999.
Details about A posteriori error estimation for stabilized mixed approximations of the Stokes equations | BibTeX data for A posteriori error estimation for stabilized mixed approximations of the Stokes equations
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[23]
A preconditioner for the 3D Oseen equations
AJ Wathen‚ Daniel Loghin‚ David Kay‚ Howard C Elman and David Silvester
Unspecified. 2002.
Details about A preconditioner for the 3D Oseen equations | BibTeX data for A preconditioner for the 3D Oseen equations
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[24]
A preconditioner for the steady−state Navier–Stokes equations
David Kay‚ Daniel Loghin and Andrew Wathen
In SIAM Journal on Scientific Computing. Vol. 24. No. 1. Pages 237–256. 2002.
Details about A preconditioner for the steady−state Navier–Stokes equations | BibTeX data for A preconditioner for the steady−state Navier–Stokes equations
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[25]
A stabilized finite element method for finite−strain three−field poroelasticity
Computational Mechanics
2017.
Details about A stabilized finite element method for finite−strain three−field poroelasticity | BibTeX data for A stabilized finite element method for finite−strain three−field poroelasticity
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[26]
A stabilized finite element method for finite−strain three−field poroelasticity
Lorenz Berger‚ Rafel Bordas‚ David Kay and Simon Tavener
In Computational Mechanics. Pages 1–18. 2017.
Details about A stabilized finite element method for finite−strain three−field poroelasticity | BibTeX data for A stabilized finite element method for finite−strain three−field poroelasticity
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[27]
A stabilized finite element method for nonlinear poroelasticity
Lorenz Berger‚ Rafel Bordas‚ David Kay and Simon Tavener
In Computer Methods in Applied Mechanics and Engineering. Vol. 174. No. 3−4. Pages 299–317. 1999.
Details about A stabilized finite element method for nonlinear poroelasticity | BibTeX data for A stabilized finite element method for nonlinear poroelasticity
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[28]
Adaptive finite element simulation of currents at microelectrodes to a guaranteed accuracy. ECE and EC2E mechanisms at channel microband electrodes
Kathryn Harriman‚ David J Gavaghan‚ Paul Houston‚ David Kay and Endre Suli
In Electrochemistry communications. Vol. 2. No. 8. Pages 576–585. 2000.
Details about Adaptive finite element simulation of currents at microelectrodes to a guaranteed accuracy. ECE and EC2E mechanisms at channel microband electrodes | BibTeX data for Adaptive finite element simulation of currents at microelectrodes to a guaranteed accuracy. ECE and EC2E mechanisms at channel microband electrodes | DOI (10.1016/S1388-2481(00)00075-8)
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[29]
Adaptive time−stepping for incompressible flow Part II: Navier−Stokes Equations
David A Kay‚ Philip M Gresho‚ David F Griffiths and David J Silvester
In SIAM Journal on Scientific Computing. Vol. 32. Pages 111–128. 2010.
Details about Adaptive time−stepping for incompressible flow Part II: Navier−Stokes Equations | BibTeX data for Adaptive time−stepping for incompressible flow Part II: Navier−Stokes Equations
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[30]
Adjoint−based a posteriori error estimation for coupled time−dependent systems
Liya Asner‚ Simon Tavener and David Kay
In SIAM Journal on Scientific Computing. Vol. 34. No. 4. Pages A2394–A2419. 2012.
Details about Adjoint−based a posteriori error estimation for coupled time−dependent systems | BibTeX data for Adjoint−based a posteriori error estimation for coupled time−dependent systems
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[31]
An efficient implicit FEM scheme for fractional−in−space reaction−diffusion equations
Kevin Burrage‚ Nicholas Hale and David Kay
In SIAM Journal on Scientific Computing. Vol. 34. No. 4. Pages A2145–A2172. 2012.
Details about An efficient implicit FEM scheme for fractional−in−space reaction−diffusion equations | BibTeX data for An efficient implicit FEM scheme for fractional−in−space reaction−diffusion equations
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[32]
Approximation theory for the hp−version finite element method and application to the non−linear Laplacian
Mark Ainsworth and David Kay
In Applied numerical mathematics. Vol. 34. No. 4. Pages 329–344. 2000.
Details about Approximation theory for the hp−version finite element method and application to the non−linear Laplacian | BibTeX data for Approximation theory for the hp−version finite element method and application to the non−linear Laplacian
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[33]
Clinical validation of a CT−based impulse oscillometry model
Rafel Bordas‚ Sherif Gonem‚ Christophe Lefevre‚ Bart Veeckmans‚ Ruth Hartley‚ Joe Pitt−Francis‚ Catalin Fetita‚ Chris Brightling‚ John Owers−Bradley‚ David Kay and others
In European Respiratory Journal. Vol. 44. No. Suppl 58. Pages P541. 2014.
Details about Clinical validation of a CT−based impulse oscillometry model | BibTeX data for Clinical validation of a CT−based impulse oscillometry model
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[34]
Color image segmentation by the vector−valued Allen–Cahn phase−field model: a multigrid solution
David A Kay and Alessandro Tomasi
In IEEE Transactions on Image Processing. Vol. 18. No. 10. Pages 2330–2339. 2009.
Details about Color image segmentation by the vector−valued Allen–Cahn phase−field model: a multigrid solution | BibTeX data for Color image segmentation by the vector−valued Allen–Cahn phase−field model: a multigrid solution
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[35]
Comparison of continuous and discrete stochastic ion channel models
Ciara Ellen Dangerfield‚ David Kay and Kevin Burrage
In Engineering in Medicine and Biology Society‚ EMBC‚ 2011 Annual International Conference of the IEEE. Pages 704–707. IEEE. 2011.
Details about Comparison of continuous and discrete stochastic ion channel models | BibTeX data for Comparison of continuous and discrete stochastic ion channel models
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[36]
Computational modelling of cardiac electro−physiology: explanation of the variability of results from different numerical solvers
P. Pathmanathan‚ M. Bernabeu‚ S. Niederer‚ D. Gavaghan and D. Kay
In Int. J. Numerical Methods in Biomedical Engineering. Vol. 28. No. 8. Pages 890−903. 2012.
Details about Computational modelling of cardiac electro−physiology: explanation of the variability of results from different numerical solvers | BibTeX data for Computational modelling of cardiac electro−physiology: explanation of the variability of results from different numerical solvers | DOI (10.1002/cnm.2467)
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[37]
Computational modelling of cardiac electrophysiology: explanation of the variability of results from different numerical solvers
P Pathmanathan‚ MO Bernabeu‚ SA Niederer‚ DJ Gavaghan and D Kay
In International journal for numerical methods in biomedical engineering. Vol. 28. No. 8. Pages 890–903. 2012.
Details about Computational modelling of cardiac electrophysiology: explanation of the variability of results from different numerical solvers | BibTeX data for Computational modelling of cardiac electrophysiology: explanation of the variability of results from different numerical solvers
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[38]
Coupling contraction‚ excitation‚ ventricular and coronary blood flow across scale and physics in the heart
Jack Lee‚ Steven Niederer‚ David Nordsletten‚ Ian Le Grice‚ Bruce Smail‚ David Kay and Nicolas Smith
In Philosophical Transactions of the Royal Society of London A: Mathematical‚ Physical and Engineering Sciences. Vol. 367. No. 1896. Pages 2311–2331. 2009.
Details about Coupling contraction‚ excitation‚ ventricular and coronary blood flow across scale and physics in the heart | BibTeX data for Coupling contraction‚ excitation‚ ventricular and coronary blood flow across scale and physics in the heart
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[39]
Development and analysis of patient−based complete conducting airways models
Rafel Bordas‚ Christophe Lefevre‚ Bart Veeckmans‚ Joe Pitt−Francis‚ Catalin Fetita‚ Christopher E Brightling‚ David Kay‚ Salman Siddiqui and Kelly S Burrowes
In PloS one. Vol. 10. No. 12. Pages e0144105. 2015.
Details about Development and analysis of patient−based complete conducting airways models | BibTeX data for Development and analysis of patient−based complete conducting airways models
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[40]
Discontinuous Galerkin finite element approximation of the Cahn–Hilliard equation with convection
David Kay‚ Vanessa Styles and Endre Süli
In SIAM Journal on Numerical Analysis. Vol. 47. No. 4. Pages 2660–2685. 2009.
Details about Discontinuous Galerkin finite element approximation of the Cahn–Hilliard equation with convection | BibTeX data for Discontinuous Galerkin finite element approximation of the Cahn–Hilliard equation with convection
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[41]
Dynamic flow characteristics in normal and asthmatic lungs
Minsuok Kim‚ Rafel Bordas‚ Wim Vos‚ Ruth A Hartley‚ Chris E Brightling‚ David Kay‚ Vicente Grau and Kelly S Burrowes
In International journal for numerical methods in biomedical engineering. Vol. 31. No. 12. 2015.
Details about Dynamic flow characteristics in normal and asthmatic lungs | BibTeX data for Dynamic flow characteristics in normal and asthmatic lungs
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[42]
Efficient numerical solution of Cahn–Hilliard–Navier–Stokes fluids in 2D
David Kay and Richard Welford
In SIAM Journal on Scientific Computing. Vol. 29. No. 6. Pages 2241–2257. 2007.
Details about Efficient numerical solution of Cahn–Hilliard–Navier–Stokes fluids in 2D | BibTeX data for Efficient numerical solution of Cahn–Hilliard–Navier–Stokes fluids in 2D
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[43]
Efficient preconditioning of the linearized Navier−Stokes equations
H. Elman‚ A. Wathen‚ D. Silvester‚ H. Elman and D. Kay
In J. Comp. Appl. Math. Citeseer. 1999.
Details about Efficient preconditioning of the linearized Navier−Stokes equations | BibTeX data for Efficient preconditioning of the linearized Navier−Stokes equations
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[44]
Efficient preconditioning of the linearized Navier−Stokes equations for incompressible flow
David Silvester‚ Howard Elman‚ David Kay and Andrew Wathen
In Journal of Computational and Applied Mathematics. Vol. 128. No. 1−2. Pages 261–279. 2001.
Details about Efficient preconditioning of the linearized Navier−Stokes equations for incompressible flow | BibTeX data for Efficient preconditioning of the linearized Navier−Stokes equations for incompressible flow
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[45]
Efficient simulation of cardiac electrical propagation using high order finite elements
Christopher J Arthurs‚ Martin J Bishop and David Kay
In Journal of computational physics. Vol. 231. No. 10. Pages 3946–3962. 2012.
Details about Efficient simulation of cardiac electrical propagation using high order finite elements | BibTeX data for Efficient simulation of cardiac electrical propagation using high order finite elements | DOI (10.1016/j.jcp.2012.01.037)
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[46]
Efficient simulation of cardiac electrical propagation using high−order finite elements II: Adaptive p−version
Christopher J Arthurs‚ Martin J Bishop and David Kay
In Journal of Computational Physics. Vol. 253. Pages 443–470. 2013.
Details about Efficient simulation of cardiac electrical propagation using high−order finite elements II: Adaptive p−version | BibTeX data for Efficient simulation of cardiac electrical propagation using high−order finite elements II: Adaptive p−version
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[47]
Existence of solutions of partially degenerate visco−elastic problems‚ and applications to modelling muscular contraction and cardiac electro−mechanical activity
Pras Pathmanathan‚ CHRISTOPH Ortner and DAVID Kay
2013.
Details about Existence of solutions of partially degenerate visco−elastic problems‚ and applications to modelling muscular contraction and cardiac electro−mechanical activity | BibTeX data for Existence of solutions of partially degenerate visco−elastic problems‚ and applications to modelling muscular contraction and cardiac electro−mechanical activity
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[48]
Existence of solutions of partially degenerate viscoelastic problems‚ and applications to modelling muscular contraction and cardiac electro−mechanical activity
PRAS Pathmanathan‚ CHRISTOPH Ortner and DAVID Kay
In Solvability analysis of linearized cardiac electromechanics. Vol. 35. 2013.
Details about Existence of solutions of partially degenerate viscoelastic problems‚ and applications to modelling muscular contraction and cardiac electro−mechanical activity | BibTeX data for Existence of solutions of partially degenerate viscoelastic problems‚ and applications to modelling muscular contraction and cardiac electro−mechanical activity
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[49]
Fast Solvers for Cahn–Hilliard Inpainting
Jessica Bosch‚ David Kay‚ Martin Stoll and Andrew J Wathen
In SIAM Journal on Imaging Sciences. Vol. 7. No. 1. Pages 67–97. 2014.
Details about Fast Solvers for Cahn–Hilliard Inpainting | BibTeX data for Fast Solvers for Cahn–Hilliard Inpainting
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[50]
Finite element analysis of a current density–electric field formulation of Bean's model for superconductivity
CM Elliott‚ D Kay and V Styles
In IMA journal of numerical analysis. Vol. 25. No. 1. Pages 182–204. 2005.
Details about Finite element analysis of a current density–electric field formulation of Bean's model for superconductivity | BibTeX data for Finite element analysis of a current density–electric field formulation of Bean's model for superconductivity
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[51]
Finite element approximation of a Cahn−Hilliard−Navier−Stokes system
David Kay‚ Vanessa Styles and Richard Welford
In Interfaces Free Bound. Vol. 10. No. 1. Pages 15–43. 2008.
Details about Finite element approximation of a Cahn−Hilliard−Navier−Stokes system | BibTeX data for Finite element approximation of a Cahn−Hilliard−Navier−Stokes system
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[52]
Fluid–solid coupling for the investigation of diastolic and systolic human left ventricular function
D Nordsletten‚ M McCormick‚ PJ Kilner‚ Peter Hunter‚ D Kay and NP Smith
In International Journal for Numerical Methods in Biomedical Engineering. Vol. 27. No. 7. Pages 1017–1039. 2011.
Details about Fluid–solid coupling for the investigation of diastolic and systolic human left ventricular function | BibTeX data for Fluid–solid coupling for the investigation of diastolic and systolic human left ventricular function
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[53]
Fluid−mechanics simulations of ventricular function under LVAD support
M McCormick‚ D Nordsletten‚ A de Vecchi‚ D Kay and NP Smith
In World Congress on Medical Physics and Biomedical Engineering‚ September 7−12‚ 2009‚ Munich‚ Germany. Pages 1572–1575. Springer Berlin Heidelberg. 2009.
Details about Fluid−mechanics simulations of ventricular function under LVAD support | BibTeX data for Fluid−mechanics simulations of ventricular function under LVAD support
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[54]
Fluid−mechanics simulations of ventricular function under LVAD support
M McCormick‚ D Nordsletten‚ A de Vecchi‚ D Kay and NP Smith
In World Congress on Medical Physics and Biomedical Engineering‚ September 7−12‚ 2009‚ Munich‚ Germany. Pages 1572–1575. Springer Berlin Heidelberg. 2010.
Details about Fluid−mechanics simulations of ventricular function under LVAD support | BibTeX data for Fluid−mechanics simulations of ventricular function under LVAD support
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[55]
Fluid−mechanics simulations of ventricular function under LVAD support
M. McCormick‚ D. Nordsletten‚ A. Vecchi‚ D. Kay and NP Smith
In World Congress on Medical Physics and Biomedical Engineering‚ September 7−12‚ 2009‚ Munich‚ Germany. Pages 1572–1575. 2010.
Details about Fluid−mechanics simulations of ventricular function under LVAD support | BibTeX data for Fluid−mechanics simulations of ventricular function under LVAD support
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[56]
Fourier spectral methods for fractional−in−space reaction−diffusion equations
Alfonso Bueno−Orovio‚ David Kay and Kevin Burrage
In BIT Numerical Mathematics. Vol. 54. No. 4. Pages 937–954. 2014.
Details about Fourier spectral methods for fractional−in−space reaction−diffusion equations | BibTeX data for Fourier spectral methods for fractional−in−space reaction−diffusion equations
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[57]
Fractional diffusion models of cardiac electrical propagation: role of structural heterogeneity in dispersion of repolarization
A. Bueno−Orovio‚ D. Kay‚ V. Grau‚ B. Rodriguez and K. Burrage
In J R Soc Interface. Vol. 11. No. 97. Pages 20140352. 2014.
Details about Fractional diffusion models of cardiac electrical propagation: role of structural heterogeneity in dispersion of repolarization | BibTeX data for Fractional diffusion models of cardiac electrical propagation: role of structural heterogeneity in dispersion of repolarization | DOI (10.1098/rsif.2014.0352) | Link to Fractional diffusion models of cardiac electrical propagation: role of structural heterogeneity in dispersion of repolarization
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[58]
Functional CT imaging for identification of the spatial determinants of small−airways disease in adults with asthma
Alex J Bell‚ Brody H Foy‚ Matthew Richardson‚ Amisha Singapuri‚ Evgeny Mirkes‚ Maarten van den Berge‚ David Kay‚ Chris Brightling‚ Alexander N Gorban‚ Craig J Galbán and others
2019.
Details about Functional CT imaging for identification of the spatial determinants of small−airways disease in adults with asthma | BibTeX data for Functional CT imaging for identification of the spatial determinants of small−airways disease in adults with asthma
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[59]
Geospatial statistics of high field functional MRI reveal topographical clustering for binocular stereo depth in early visual cortex
bioRxiv
2017.
Details about Geospatial statistics of high field functional MRI reveal topographical clustering for binocular stereo depth in early visual cortex | BibTeX data for Geospatial statistics of high field functional MRI reveal topographical clustering for binocular stereo depth in early visual cortex
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[60]
Health care and genesee county‚ New York: Economic implications of reduced hospital services
Nelson L Bills and David Kay
Staff Paper‚ Cornell University‚ Department of Applied Economics and Management. 2002.
Details about Health care and genesee county‚ New York: Economic implications of reduced hospital services | BibTeX data for Health care and genesee county‚ New York: Economic implications of reduced hospital services
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[61]
How Does Parenchymal Stress Distribution Change During Airway Remodeling?
Rafel Bordas‚ David Kay‚ Vicente Grau and Kelly Burrowes
In A66. MODELING‚ MECHANICS AND GAS EXCHANGE. Pages A2069–A2069. American Thoracic Society. 2012.
Details about How Does Parenchymal Stress Distribution Change During Airway Remodeling? | BibTeX data for How Does Parenchymal Stress Distribution Change During Airway Remodeling?
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[62]
How Does Parenchymal Stress Distribution Change During Airway Remodeling?
D Kay‚ V Grau‚ K Burrowes and R Bordas
In Am J Respir Crit Care Med. Vol. 185. Pages A2069. 2012.
Details about How Does Parenchymal Stress Distribution Change During Airway Remodeling? | BibTeX data for How Does Parenchymal Stress Distribution Change During Airway Remodeling?
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[63]
Incorporating chemical signalling factors into cell−based models of growing epithelial tissues
Aaron M Smith‚ Ruth E Baker‚ David Kay and Philip K Maini
In Journal of mathematical biology. Pages 1–23. 2011.
Details about Incorporating chemical signalling factors into cell−based models of growing epithelial tissues | BibTeX data for Incorporating chemical signalling factors into cell−based models of growing epithelial tissues
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[64]
Inert−Gas Washout And Forced Oscillation Technique Show Sensitivity To The Degree Of Regionalisation Of Bronchoconstriction
Brody H Foy and David Kay
In B109. ADVANCES IN PULMONARY MEASUREMENTS‚ MODELING‚ AND METHODOLOGY. Pages A4881–A4881. American Thoracic Society. 2017.
Details about Inert−Gas Washout And Forced Oscillation Technique Show Sensitivity To The Degree Of Regionalisation Of Bronchoconstriction | BibTeX data for Inert−Gas Washout And Forced Oscillation Technique Show Sensitivity To The Degree Of Regionalisation Of Bronchoconstriction
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[65]
Lung computational models and the role of the small airways in asthma
Brody H Foy‚ Marcia Soares‚ Rafel Bordas‚ Matthew Richardson‚ Alex Bell‚ Amisha Singapuri‚ Beverley Hargadon‚ Christopher Brightling‚ Kelly Burrowes‚ David Kay and others
2019.
Details about Lung computational models and the role of the small airways in asthma | BibTeX data for Lung computational models and the role of the small airways in asthma
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[66]
Mathematical analysis of an integral equation arising from population dynamics
DA Kay‚ M Sagheer and Q Tang
In Mathematical biosciences. Vol. 210. No. 2. Pages 415–435. 2007.
Details about Mathematical analysis of an integral equation arising from population dynamics | BibTeX data for Mathematical analysis of an integral equation arising from population dynamics | DOI (10.1016/j.mbs.2007.05.013)
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[67]
Modeling ion channel dynamics through reflected stochastic differential equations
Ciara Dangerfield‚ David Kay and Kevin Burrage
In Phys. Rev. E. Vol. 85. No. 5. 2012.
Details about Modeling ion channel dynamics through reflected stochastic differential equations | BibTeX data for Modeling ion channel dynamics through reflected stochastic differential equations
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[68]
Modelling left ventricular function under assist device support
M McCormick‚ D Nordsletten‚ D Kay and N Smith
In International Journal for Numerical Methods in Biomedical Engineering. Vol. 27. No. 7. Pages 1073–1095. 2011.
Details about Modelling left ventricular function under assist device support | BibTeX data for Modelling left ventricular function under assist device support
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[69]
Modelling responses of the inert−gas washout and MRI to bronchoconstriction
Brody H Foy‚ David Kay and Rafel Bordas
In Respiratory Physiology & Neurobiology. Vol. 235. Pages 8–17. 2017.
Details about Modelling responses of the inert−gas washout and MRI to bronchoconstriction | BibTeX data for Modelling responses of the inert−gas washout and MRI to bronchoconstriction
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[70]
Modelling the effect of gravity on inert−gas washout outputs
Brody H Foy‚ Sherif Gonem‚ Chris Brightling‚ Salman Siddiqui and David Kay
2018.
Details about Modelling the effect of gravity on inert−gas washout outputs | BibTeX data for Modelling the effect of gravity on inert−gas washout outputs
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[71]
Multi−Cellular Rosettes in the Mouse Visceral Endoderm Facilitate the Ordered Migration of Anterior Visceral Endoderm Cells
Georgios Trichas‚ Aaron M Smith‚ Natalia White‚ Vivienne Wilkins‚ Tomoko Watanabe‚ Abigail Moore‚ Bradley Joyce‚ Jacintha Sugnaseelan‚ Tristan A Rodriguez‚ David Kay and others
In PLoS Biology. Vol. 10. No. 2. Pages e1001256. 2012.
Details about Multi−Cellular Rosettes in the Mouse Visceral Endoderm Facilitate the Ordered Migration of Anterior Visceral Endoderm Cells | BibTeX data for Multi−Cellular Rosettes in the Mouse Visceral Endoderm Facilitate the Ordered Migration of Anterior Visceral Endoderm Cells
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[72]
Multi−cellular rosettes in the mouse visceral endoderm facilitate the ordered migration of AVE cells
G. Trichas‚ A. Smith‚ N. White‚ V. Wilkins‚ A. Moore‚ B. Joyce‚ J. Sugnaseelan‚ T. Rodriguez‚ D. Kay‚ R. Baker‚ P. Maini and S. Srinivas
In PLoS Biology. 2012.
Details about Multi−cellular rosettes in the mouse visceral endoderm facilitate the ordered migration of AVE cells | BibTeX data for Multi−cellular rosettes in the mouse visceral endoderm facilitate the ordered migration of AVE cells
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[73]
Neural crest migration is driven by a few trailblazer cells with a unique molecular signature narrowly confined to the invasive front
Rebecca McLennan‚ Linus J Schumacher‚ Jason A Morrison‚ Jessica M Teddy‚ Dennis A Ridenour‚ Andrew C Box‚ Craig L Semerad‚ Hua Li‚ William McDowell‚ David Kay and others
In Development. Vol. 142. No. 11. Pages 2014–2025. 2015.
Details about Neural crest migration is driven by a few trailblazer cells with a unique molecular signature narrowly confined to the invasive front | BibTeX data for Neural crest migration is driven by a few trailblazer cells with a unique molecular signature narrowly confined to the invasive front
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[74]
Neural crest migration is driven by a few trailblazer cells with a unique molecular signature narrowly confined to the invasive front
Paul M Kulesa Rebecca McLennan Linus J Schumacher Jason A Morrison Jessica M Teddy Dennis A Ridenour Andrew C Box Craig L Semerad Hua Li William McDowell David Kay Philip K Maini Ruth E Baker
In Development. 2015.
Details about Neural crest migration is driven by a few trailblazer cells with a unique molecular signature narrowly confined to the invasive front | BibTeX data for Neural crest migration is driven by a few trailblazer cells with a unique molecular signature narrowly confined to the invasive front
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[75]
On reflecting boundary conditions for space−fractional equations on a finite interval: Proof of the matrix transfer technique
Applied Mathematical Modelling
2017.
Details about On reflecting boundary conditions for space−fractional equations on a finite interval: Proof of the matrix transfer technique | BibTeX data for On reflecting boundary conditions for space−fractional equations on a finite interval: Proof of the matrix transfer technique
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[76]
On reflecting boundary conditions for space−fractional equations on a finite interval: Proof of the matrix transfer technique
N Cusimano‚ K Burrage‚ I Turner and D Kay
In Applied Mathematical Modelling. Vol. 42. Pages 554–565. 2017.
Details about On reflecting boundary conditions for space−fractional equations on a finite interval: Proof of the matrix transfer technique | BibTeX data for On reflecting boundary conditions for space−fractional equations on a finite interval: Proof of the matrix transfer technique
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[77]
Predicting Ventilation Distribution: A Model Of Coupled Acinar Dynamics And Pressure Distribution In The Conducting Airways
V Grau‚ D Kay‚ K Burrowes and M Kim
In Am J Respir Crit Care Med. Vol. 185. Pages A2068. 2012.
Details about Predicting Ventilation Distribution: A Model Of Coupled Acinar Dynamics And Pressure Distribution In The Conducting Airways | BibTeX data for Predicting Ventilation Distribution: A Model Of Coupled Acinar Dynamics And Pressure Distribution In The Conducting Airways
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[78]
Predicting ventilation distribution: A model of coupled acinar dynamics and pressure distribution in the conducting airways
Minsuok Kim‚ Vicente Grau‚ David Kay and Kelly Burrowes
In A66. MODELING‚ MECHANICS AND GAS EXCHANGE. Pages A2068–A2068. American Thoracic Society. 2012.
Details about Predicting ventilation distribution: A model of coupled acinar dynamics and pressure distribution in the conducting airways | BibTeX data for Predicting ventilation distribution: A model of coupled acinar dynamics and pressure distribution in the conducting airways
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[79]
Relationship between heterogeneous bronchoconstriction and impulse oscillometry resistance: A simulation study
Rafel Bordas‚ Sherif Gonem‚ Wim Vos‚ Ruth Hartley‚ Joe Pitt−Francis‚ Jan De Backer‚ Chris Brightling‚ John Owers−Bradley‚ David Kay‚ Salman Siddiqui and others
In European Respiratory Journal. Vol. 44. No. Suppl 58. Pages P1825. 2014.
Details about Relationship between heterogeneous bronchoconstriction and impulse oscillometry resistance: A simulation study | BibTeX data for Relationship between heterogeneous bronchoconstriction and impulse oscillometry resistance: A simulation study
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[80]
Scalable parallel preconditioners for an open source cardiac electrophysiology simulation package
Miguel O Bernabeu and David Kay
In Procedia Computer Science. Vol. 4. Pages 821–830. 2011.
Details about Scalable parallel preconditioners for an open source cardiac electrophysiology simulation package | BibTeX data for Scalable parallel preconditioners for an open source cardiac electrophysiology simulation package
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[81]
Simulating Left Ventricular Fluid−Solid Mechanics through the Cardiac Cycle under LVAD Support
M. McCormick‚ D. Nordsletten‚ D. Kay and N. Smith
In Journal of Computational Physics. 2012.
Details about Simulating Left Ventricular Fluid−Solid Mechanics through the Cardiac Cycle under LVAD Support | BibTeX data for Simulating Left Ventricular Fluid−Solid Mechanics through the Cardiac Cycle under LVAD Support | DOI (10.1016/j.jcp.2012.08.008)
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[82]
Simulating bronchoconstriction in a patient specific model of the major airways
RM Bordas‚ B Brook‚ D Kay and K Burrowes
In Proceedings of The Physiological Society. The Physiological Society. 2013.
Details about Simulating bronchoconstriction in a patient specific model of the major airways | BibTeX data for Simulating bronchoconstriction in a patient specific model of the major airways
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[83]
Simulating bronchoconstriction in a patient specific model of the major airways
RM Bordas‚ B Brook‚ D Kay and K Burrowes
In Proceedings of The Physiological Society. 2013.
Details about Simulating bronchoconstriction in a patient specific model of the major airways | BibTeX data for Simulating bronchoconstriction in a patient specific model of the major airways
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[84]
Simulating left ventricular fluid–solid mechanics through the cardiac cycle under LVAD support
Matthew McCormick‚ David A Nordsletten‚ David Kay and NP Smith
In Journal of Computational Physics. Vol. 244. Pages 80–96. 2013.
Details about Simulating left ventricular fluid–solid mechanics through the cardiac cycle under LVAD support | BibTeX data for Simulating left ventricular fluid–solid mechanics through the cardiac cycle under LVAD support
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[85]
Simulation of pulmonary function test using a one dimensional airway ventilation model
M Kim‚ D Kay and KS Burrowes
In Proceedings of The Physiological Society. The Physiological Society. 2013.
Details about Simulation of pulmonary function test using a one dimensional airway ventilation model | BibTeX data for Simulation of pulmonary function test using a one dimensional airway ventilation model
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[86]
Simulation of pulmonary function test using a one dimensional airway ventilation model
M Kim‚ D Kay and KS Burrowes
In Proceedings of The Physiological Society. 2013.
Details about Simulation of pulmonary function test using a one dimensional airway ventilation model | BibTeX data for Simulation of pulmonary function test using a one dimensional airway ventilation model
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[87]
Stabilized Lowest−Order Finite Element Approximation for Linear Three−Field Poroelasticity
Lorenz Berger‚ Rafel Bordas‚ David Kay and Simon Tavener
In SIAM Journal on Scientific Computing. Vol. 37. No. 5. Pages 2222–2245. 2015.
Details about Stabilized Lowest−Order Finite Element Approximation for Linear Three−Field Poroelasticity | BibTeX data for Stabilized Lowest−Order Finite Element Approximation for Linear Three−Field Poroelasticity
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[88]
Stabilized Lowest−Order Finite Element Approximation for Linear Three−Field Poroelasticity
Lorenz Berger‚ Rafel Bordas‚ David Kay and Simon Tavener
In Siam Journal on Scientific Computing. Vol. 37(5). Pages 2222–2245. 2015.
Details about Stabilized Lowest−Order Finite Element Approximation for Linear Three−Field Poroelasticity | BibTeX data for Stabilized Lowest−Order Finite Element Approximation for Linear Three−Field Poroelasticity
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[89]
Step evolution in two−dimensional diblock copolymer films
Quentin Parsons‚ David Kay and Andreas Münch
2017.
Details about Step evolution in two−dimensional diblock copolymer films | BibTeX data for Step evolution in two−dimensional diblock copolymer films
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[90]
Stimulus protocol determines the most computationally efficient preconditioner for the bidomain equations
Miguel O Bernabeu‚ Pras Pathmanathan‚ Joe Pitt−Francis and David Kay
In IEEE Transactions on Biomedical Engineering. Vol. 57. No. 12. Pages 2806–2815. 2010.
Details about Stimulus protocol determines the most computationally efficient preconditioner for the bidomain equations | BibTeX data for Stimulus protocol determines the most computationally efficient preconditioner for the bidomain equations
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[91]
Stochastic models and simulation of ion channel dynamics
CE Dangerfield‚ David Kay and Kevin Burrage
In Procedia Computer Science. Vol. 1. No. 1. Pages 1587–1596. 2010.
Details about Stochastic models and simulation of ion channel dynamics | BibTeX data for Stochastic models and simulation of ion channel dynamics
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[92]
The P−and Hp−Finite Element Method Applied to a Class of Non−linear Elliptic Partial Differential Equations
D. Kay
University of Leicester. 1997.
Details about The P−and Hp−Finite Element Method Applied to a Class of Non−linear Elliptic Partial Differential Equations | BibTeX data for The P−and Hp−Finite Element Method Applied to a Class of Non−linear Elliptic Partial Differential Equations
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[93]
The approximation theory for the p−version finite element method and application to non−linear elliptic PDEs
Mark Ainsworth and David Kay
In Numerische Mathematik. Vol. 82. No. 3. Pages 351–388. 1999.
Details about The approximation theory for the p−version finite element method and application to non−linear elliptic PDEs | BibTeX data for The approximation theory for the p−version finite element method and application to non−linear elliptic PDEs
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[94]
The rate of convergence of the p−version finite element method for the non−linear Laplacian
M. Ainsworth and D. Kay
In Prague Mathematical Conference 1996. 1996.
Details about The rate of convergence of the p−version finite element method for the non−linear Laplacian | BibTeX data for The rate of convergence of the p−version finite element method for the non−linear Laplacian
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[95]
The reliability of local error estimators for convection–diffusion equations
David Kay and David Silvester
In IMA journal of numerical analysis. Vol. 21. No. 1. Pages 107–122. 2001.
Details about The reliability of local error estimators for convection–diffusion equations | BibTeX data for The reliability of local error estimators for convection–diffusion equations
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[96]
Time−dependent annealing and deposition on substrates with repulsive interactions
JA Venables‚ J DeGraffenreid‚ D Kay and P Yang
In Physical Review B. Vol. 74. No. 7. Pages 075412. 2006.
Details about Time−dependent annealing and deposition on substrates with repulsive interactions | BibTeX data for Time−dependent annealing and deposition on substrates with repulsive interactions
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[97]
Understanding The Interdependence Between Parenchymal Deformation And Ventilation In Obstructive Lung Disease
R Bordas‚ K Burrowes‚ CE Brightling‚ R Hartley‚ D Kay and LU Berger
In Am J Respir Crit Care Med. Vol. 189. Pages A2677. 2014.
Details about Understanding The Interdependence Between Parenchymal Deformation And Ventilation In Obstructive Lung Disease | BibTeX data for Understanding The Interdependence Between Parenchymal Deformation And Ventilation In Obstructive Lung Disease
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[98]
Understanding the interdependence between parenchymal deformation and ventilation in obstructive lung disease
Lorenz U Berger‚ Rafel Bordas‚ Kelly Burrowes‚ Chris E Brightling‚ Ruth Hartley and David Kay
In B30. DYNAMICS OF AIRWAY NARROWING IN ASTHMA: STILL MISUNDERSTOOD?. Pages A2677–A2677. American Thoracic Society. 2014.
Details about Understanding the interdependence between parenchymal deformation and ventilation in obstructive lung disease | BibTeX data for Understanding the interdependence between parenchymal deformation and ventilation in obstructive lung disease
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[99]
VEGF signals induce trailblazer cell identity that drives neural crest migration
Rebecca McLennan‚ Linus J Schumacher‚ Jason A Morrison‚ Jessica M Teddy‚ Dennis A Ridenour‚ Andrew C Box‚ Craig L Semerad‚ Hua Li‚ William McDowell‚ David Kay and others
In Developmental biology. Vol. 407. No. 1. Pages 12–25. 2015.
Details about VEGF signals induce trailblazer cell identity that drives neural crest migration | BibTeX data for VEGF signals induce trailblazer cell identity that drives neural crest migration
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[100]
VEGF signals induce trailblazer cell identity that drives neural crest migration
Paul M Kulesa Rebecca McLennan Linus J Schumacher Jason A Morrison Jessica M Teddy Dennis A Ridenour Andrew C Box Craig L Semerad Hua Li William McDowell David Kay Philip K Maini Ruth E Baker
In Developmental Biology. 2015.
Details about VEGF signals induce trailblazer cell identity that drives neural crest migration | BibTeX data for VEGF signals induce trailblazer cell identity that drives neural crest migration
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[101]
Validation of impulse oscillometry R5−R20 as a small airways dysfunction detection tool in adult asthma
Marcia Soares‚ Rafel Bordas‚ James Thorpe‚ Breanda Timmerman‚ Christopher Brightling‚ David Kay‚ Kelly Burrowes‚ Owers−Bradley John and Salman Siddiqui
2016.
Details about Validation of impulse oscillometry R5−R20 as a small airways dysfunction detection tool in adult asthma | BibTeX data for Validation of impulse oscillometry R5−R20 as a small airways dysfunction detection tool in adult asthma
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[102]
Vertex model approaches to epithelial tissues in developmental systems
David Kay
PhD Thesis University of Oxford. 2012.
Details about Vertex model approaches to epithelial tissues in developmental systems | BibTeX data for Vertex model approaches to epithelial tissues in developmental systems