FENICS '15: FENICS '15

A
Abert, Claas	magnum.fe - FEM for micromagnetics Micromagnetics with FEniCS FEM - BEM coupling methods for the magnetic strayfield problem
Alnæs, Martin	Identifying the parameters of the heart: variational data assimilation in cardiac mechanics using dolfin-adjoint Variational data assimilation for the Navier-Stokes equations in blood flow simulations Automatic code generation for non-affine meshes
Archer, Rosalind	Thermo-Hydro-Mechanical Simulation in Porous Media with FEniCS
B
Balaban, Gabriel	Identifying the parameters of the heart: variational data assimilation in cardiac mechanics using dolfin-adjoint
Baptista, Antonio	Modeling density-driven coastal ocean flows
Bernstein, David	Non-Manifold Manifold Simulations Using FEniCS
Betcke, Timo	Using FEniCS With BEM++ For FEM/BEM Coupled Problems
Blechta, Jan	Reliable and efficient a posteriori error estimation in FEniCS
Blechta, Jan	Numerical issues in mathematical modelling of float glass process
Bokhove, Onno	Variational modeling of fluid-structure interaction with a free surface Mathematical and numerical modelling of variational water waves generated from a wave maker Variational FEM for Waves in a Hele-Shaw Tank Generating a soliton splash through variational modelling and experiments
Bordas, Stéphane P. A.	A Bayesian inversion approach to recovering material parameters in hyperelastic solids using dolfin-adjoint fenics-shells: a UFL-based library for simulating thin structures
Braun, Moritz	Two dimensional Multi Domain Finite Element Calculations for linear molecules
Bruckner, Florian	magnum.fe - FEM for micromagnetics Micromagnetics with FEniCS FEM - BEM coupling methods for the magnetic strayfield problem
Brunetti, Matteo	fenics-shells: a UFL-based library for simulating thin structures
Burman, Erik	Using FEniCS With BEM++ For FEM/BEM Coupled Problems CutFEM: unfitted finite element methods for multi-physics problems in FEniCS
C
Chiw, Charisee	Diderot for Finite Element Data
Claus, Susanne	CutFEM: unfitted finite element methods for multi-physics problems in FEniCS
Cotter, Colin	Compatible finite element methods for numerical weather prediction with FEniCS/Firedrake Geometric multigrid without the agonising pain
Culley, Dave	Tidal turbine array design optimisation with sensitivity analysis
D
Degirmenci, Cem	High performance adaptive and predictive finite element computing for turbulent flow and multiphysics
E
Evju, Øyvind	Variational data assimilation for the Navier-Stokes equations in blood flow simulations
F
Farrell, Patrick E.	A Bayesian inversion approach to recovering material parameters in hyperelastic solids using dolfin-adjoint dolfin-adjoint: automatic adjoint models for FEniCS
Foster, Erich	High performance adaptive and predictive finite element computing for turbulent flow and multiphysics
Fraguela Collar, Andrés	A mathematical model of pulmonary blood volume based on a heart rate variability model Modeling Cardiac Arrhythmias of Brugada Syndrome
Funke, Simon	Variational data assimilation for the Navier-Stokes equations in blood flow simulations The optimisation of tidal turbine farms represented as a turbine density function Tidal turbine array design optimisation with sensitivity analysis dolfin-adjoint: automatic adjoint models for FEniCS Mesh-independent gradient-based optimisation
G
Gidel, Floriane	Mathematical and numerical modelling of variational water waves generated from a wave maker
Gorman, Gerard	Flexible and efficient mesh management in Firedrake using PETSc DMPlex Anisotropic Mesh Adaptation applied to Structural Optimisation and a Timespace Method
Guillen Galván, Carlos	A mathematical model of pulmonary blood volume based on a heart rate variability model Modeling Cardiac Arrhythmias of Brugada Syndrome
H
Hale, Jack S.	A Bayesian inversion approach to recovering material parameters in hyperelastic solids using dolfin-adjoint fenics-shells: a UFL-based library for simulating thin structures FEniCS in Linux Containers
Ham, David	Compatible finite element methods for numerical weather prediction with FEniCS/Firedrake
Ham, David	Introduction FInAT is not a Tabulator, Or, Yet another way to break a form compiler Quadrilateral mesh support in Firedrake Geometric multigrid without the agonising pain dolfin-adjoint: automatic adjoint models for FEniCS Mesh-independent gradient-based optimisation
Hapla, Václav	PERMON, a new software toolbox for massively parallel computation of real world problems
Hernández Ramírez, Anabel	A mathematical model of pulmonary blood volume based on a heart rate variability model Modeling Cardiac Arrhythmias of Brugada Syndrome
Hiromi Spühler, Jeannette	FEniCS in cardiovascular medicine High performance adaptive and predictive finite element computing for turbulent flow and multiphysics
Hoffman, Johan	Residual-based stabilizations for turbulent flow problems FEniCS in cardiovascular medicine High performance adaptive and predictive finite element computing for turbulent flow and multiphysics
Holland, Paul	A FEniCS-based framework for mesh movement
Homolya, Miklós	Quadrilateral mesh support in Firedrake
Horák, David	PERMON, a new software toolbox for massively parallel computation of real world problems
J
Jacobs, Christian	A FEniCS-based framework for mesh movement
Jagalur Mohan, Jayanth	A framework for mesh adaptivity in the context of Bayesian inverse problems using FEniCS
Jahn, Mischa	Levelset methods (and XFEM) in FEniCS
Janssen, Bärbel	High performance adaptive and predictive finite element computing for turbulent flow and multiphysics
Jansson, Johan	High performance adaptive and predictive finite element computing for turbulent flow and multiphysics
Jansson, Johan	FEniCS in cardiovascular medicine
Jansson, Niclas	Residual-based stabilizations for turbulent flow problems High performance adaptive and predictive finite element computing for turbulent flow and multiphysics
Jensen, Kristian	Anisotropic Mesh Adaptation applied to Structural Optimisation and a Timespace Method
Jirůtková, Pavla	PERMON, a new software toolbox for massively parallel computation of real world problems
Johansson, August	High Order Cut Finite Element Methods for the Stokes Problem using Fenics Multimesh Features
K
Kalogirou, Anna	Variational FEM for Waves in a Hele-Shaw Tank Generating a soliton splash through variational modelling and experiments
Kirby, Robert	FInAT is not a Tabulator, Or, Yet another way to break a form compiler
Klock, Timo	Levelset methods (and XFEM) in FEniCS
Knepley, Matthew	Flexible and efficient mesh management in Firedrake using PETSc DMPlex
Kramer, Stephan C.	The optimisation of tidal turbine farms represented as a turbine density function Mesh-independent gradient-based optimisation
Kuchta, Miroslav	Efficient preconditioners for saddle point system with trace constraints
Kärnä, Tuomas	Modeling density-driven coastal ocean flows
L
Lange, Michael	FInAT is not a Tabulator, Or, Yet another way to break a form compiler Flexible and efficient mesh management in Firedrake using PETSc DMPlex
Larcher, Aurélien	Residual-based stabilizations for turbulent flow problems High performance adaptive and predictive finite element computing for turbulent flow and multiphysics
Larson, Mats	High Order Cut Finite Element Methods for the Stokes Problem using Fenics Multimesh Features
Larsson, David	FEniCS in cardiovascular medicine
Lee, Jeonghun	Parameter-robust discretization and preconditioning of Biot's consolidation model
Lemuz López, Rafael	Modeling Cardiac Arrhythmias of Brugada Syndrome
Lemuz López, Rafael	A mathematical model of pulmonary blood volume based on a heart rate variability model
Li, Lizao	FEniCS in Linux Containers
Logg, Anders	High Order Cut Finite Element Methods for the Stokes Problem using Fenics Multimesh Features Implementing mathematics: domain specific languages and automated computing
Lukas, Petr	On choosing of the free parameters in SUPG and SOLD methods
Luttmann, Andreas	Levelset methods (and XFEM) in FEniCS
M
Mardal, Kent-Andre	Efficient preconditioners for saddle point system with trace constraints Parameter-robust discretization and preconditioning of Biot's consolidation model
Mardal, Kent-Andre	Variational data assimilation for the Navier-Stokes equations in blood flow simulations
Markopoulos, Alexandros	PERMON, a new software toolbox for massively parallel computation of real world problems
Marzouk, Youssef	A framework for mesh adaptivity in the context of Bayesian inverse problems using FEniCS
Massing, Andre	CutFEM: unfitted finite element methods for multi-physics problems in FEniCS
Maurini, Corrado	fenics-shells: a UFL-based library for simulating thin structures
McRae, Andrew	Automatic code generation for non-affine meshes Compatible finite element methods for numerical weather prediction with FEniCS/Firedrake
Minakowski, Piotr	Eulerian model of crystal plasticity: numerical simulations of micropillar compression
Mitchell, Lawrence	Compatible finite element methods for numerical weather prediction with FEniCS/Firedrake Geometric multigrid without the agonising pain Flexible and efficient mesh management in Firedrake using PETSc DMPlex
Mortensen, Mikael	Efficient preconditioners for saddle point system with trace constraints
Moulopoulou, Erietta	Variational FEM for Waves in a Hele-Shaw Tank
Mueller, Eike	Geometric multigrid without the agonising pain
Málek, Josef	Reliable and efficient a posteriori error estimation in FEniCS
Müller, Kaspar	Residual-based stabilizations for turbulent flow problems High performance adaptive and predictive finite element computing for turbulent flow and multiphysics
N
Nazarov, Murtazo	Residual-based stabilizations for turbulent flow problems
Nordaas, Magne	Variational data assimilation for the Navier-Stokes equations in blood flow simulations Efficient preconditioners for saddle point system with trace constraints
Nordenfur, Tim	FEniCS in cardiovascular medicine
P
Piggott, Matthew	A FEniCS-based framework for mesh movement
Piggott, Matthew D.	The optimisation of tidal turbine farms represented as a turbine density function Tidal turbine array design optimisation with sensitivity analysis
Pospíšil, Lukáš	PERMON, a new software toolbox for massively parallel computation of real world problems
R
Reppy, John	Diderot for Finite Element Data
Richardson, Chris	Using FEniCS on HPC systems
Rognes, Marie	Identifying the parameters of the heart: variational data assimilation in cardiac mechanics using dolfin-adjoint Non-Manifold Manifold Simulations Using FEniCS dolfin-adjoint: automatic adjoint models for FEniCS
Rokos, Georgios	Anisotropic Mesh Adaptation applied to Structural Optimisation and a Timespace Method
Ryan, Jennifer	Exploiting approximation properties to improve filtering.
S
Salwa, Tomasz	Variational modeling of fluid-structure interaction with a free surface
Samuels, Lamont	Diderot for Finite Element Data
Schwedes, Tobias	Mesh-independent gradient-based optimisation
Scroggs, Matthew	Using FEniCS With BEM++ For FEM/BEM Coupled Problems
Shipton, Jemma	Compatible finite element methods for numerical weather prediction with FEniCS/Firedrake
Sojka, Radim	PERMON, a new software toolbox for massively parallel computation of real world problems
Souček, Ondřej	Numerical issues in mathematical modelling of float glass process
Suess, Dieter	magnum.fe - FEM for micromagnetics FEM - BEM coupling methods for the magnetic strayfield problem
Sundnes, Joakim	Identifying the parameters of the heart: variational data assimilation in cardiac mechanics using dolfin-adjoint
U
Unwin, H. Juliette T.	Modelling long term buoyancy driven flows in FEniCS
V
Valero-Lara, Pedro	High performance adaptive and predictive finite element computing for turbulent flow and multiphysics
Vandekerckhove, Steven	Automatic non-destructive testing procedures with FEniCS and dolfin-adjoint
Vašatová, Alena	PERMON, a new software toolbox for massively parallel computation of real world problems
Vilela de Abreu, Rodrigo	High performance adaptive and predictive finite element computing for turbulent flow and multiphysics
Vogler, Christoph	Micromagnetics with FEniCS FEM - BEM coupling methods for the magnetic strayfield problem
Vohralík, Martin	Reliable and efficient a posteriori error estimation in FEniCS
W
Wells, Garth N.	Modelling long term buoyancy driven flows in FEniCS FEniCS in Linux Containers
Winther, Ragnar	Parameter-robust discretization and preconditioning of Biot's consolidation model
Woods, Andrew W.	Modelling long term buoyancy driven flows in FEniCS
Y
Yamazaki, Hiroe	Compatible finite element methods for numerical weather prediction with FEniCS/Firedrake
Yeager, Benjamin	A FEniCS-based framework for mesh movement
Z
Zampini, Stefano	PCBDDC: a novel class of robust dual-primal preconditioners in PETSc
Zarrouk, Sadiq	Thermo-Hydro-Mechanical Simulation in Porous Media with FEniCS
Zhang, Chao	Thermo-Hydro-Mechanical Simulation in Porous Media with FEniCS
Č
Čermák, Martin	PERMON, a new software toolbox for massively parallel computation of real world problems
Ř
Řehoř, Martin	Numerical issues in mathematical modelling of float glass process

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