FENICS'16: THE FENICS 2016 WORKSHOP

A
Ames, Ellery	A Numerical Study of Axisymmetric Stationary Solutions to the Einstein-Vlasov System
Anders Logg And Garth Wells,	The FEniCS Project
Andréasson, Håkan	A Numerical Study of Axisymmetric Stationary Solutions to the Einstein-Vlasov System
Archer, Rosalind	FENDIALS: A FEniCS interface to SUNDIALS for adaptive-step time integration, sensitivity analysis and optimization
B
Balaban, Gabriel	Optimization of a Spatially Varying Cardiac Contraction parameter using the Adjoint Method
Baptista, António	Three dimensional baroclinic ocean model
Beentjes, Casper	Computing the solution sets of nonlinear equations
Beex, Lars A. A.	Reducing non-linear PDEs using a reduced integration proper orthogonal decomposition method
Bergersen, Aslak	The Oasis Navier-Stokes Solver: Numerics, Accuracy, Applications, and High-Performance Computing Capabilities
Betcke, Timo	FEM-BEM Coupling, Maxwell’s Equations, and BEM++
Birkisson, Ásgeir	Computing the solution sets of nonlinear equations
Blechta, Jan	Efficient numerical solution of multicomponent fluid flows and its application in computer simulation of float glass process
Bordas, Stéphane P. A.	Reducing non-linear PDEs using a reduced integration proper orthogonal decomposition method Propagating uncertainty through a non-linear hyperelastic model using advanced Monte-Carlo methods
Bouchot, Jean-Luc	MLCSPG: A fast and efficient approximation method for high-dimensional PDEs
Burman, Erik	Cut Finite Element Methods for Multidimensional Multiphysics Problems LibCutFEM: a FEniCS based cut finite element library FEM-BEM Coupling, Maxwell’s Equations, and BEM++
Burstedde, Carsten	A tetrahedral space-filling curve via bitwise interleaving
Bykowski, Benjamin	MLCSPG: A fast and efficient approximation method for high-dimensional PDEs
C
Claus, Susanne	LibCutFEM: a FEniCS based cut finite element library
Claus, Susanne	Cut Finite Element Methods for Multidimensional Multiphysics Problems
Cotter, Colin	Embedded discontinuous Galerkin transport schemes with localised limiters A computational algebra of hybridization methods for ocean and atmosphere discretizations
Culley, Dave	OpenTidalFarm 1.6: A software package for the optimisation of tidal turbine arrays
E
Ellerweg, Roland	Orchestrating clinical simulation with FEniCS
F
Farrell, Patrick	Computing the solution sets of nonlinear equations dolfin-adjoint: Automatic Adjoint Models for FEniCS
Fehér, Eszter	Arclength continuation in FEniCS and its application to the study of wrinkling of ultrathin films
Finsberg, Henrik	Optimization of a Spatially Varying Cardiac Contraction parameter using the Adjoint Method
Funke, Simon	OpenTidalFarm 1.6: A software package for the optimisation of tidal turbine arrays dolfin-adjoint: Automatic Adjoint Models for FEniCS
G
Gibson, Thomas H.	A computational algebra of hybridization methods for ocean and atmosphere discretizations
H
Hale, Jack S.	Reducing non-linear PDEs using a reduced integration proper orthogonal decomposition method Propagating uncertainty through a non-linear hyperelastic model using advanced Monte-Carlo methods Orchestrating clinical simulation with FEniCS
Ham, David	Three dimensional baroclinic ocean model TSFC: a structure-preserving form compiler The Firedrake Project dolfin-adjoint: Automatic Adjoint Models for FEniCS A computational algebra of hybridization methods for ocean and atmosphere discretizations
Hansbo, Peter	Cut Finite Element Methods for Multidimensional Multiphysics Problems
Hansen, Christian	Multimesh Finite Element Simulation of Flow and Computation of View with Applications in Computational Architecture
Hauseux, Paul	Propagating uncertainty through a non-linear hyperelastic model using advanced Monte-Carlo methods
Hoffman, Johan	Adjoint stability in a generalization of Direct FEM and Unicorn for turbulent flow
Holke, Johannes	A tetrahedral space-filling curve via bitwise interleaving
Homolya, Miklós	TSFC: a structure-preserving form compiler
J
Jahn, M.	An XFEM toolbox for FEniCS
Jakoby, Rolf	Material Characterisation using an Eigen-Permittivity Formulation in FEniCS
Jansson, Johan	Adjoint stability in a generalization of Direct FEM and Unicorn for turbulent flow
Juan, Miguel Capllonch	Simulation of the mechanisms of neural activation and conduction Glossia and FEniCS: Simple simulation containerization and orchestration
K
Kirby, Robert	Optimizing finite element kernels with Loo.py and PyOpenCL
Klock, Timo	An XFEM toolbox for FEniCS
Klöckner, Andreas	Optimizing finite element kernels with Loo.py and PyOpenCL
Kramer, Stephan	Three dimensional baroclinic ocean model
Kramer, Stephan	OpenTidalFarm 1.6: A software package for the optimisation of tidal turbine arrays
Kuchta, Miroslav	Solving singular problems. The right way.
Kuchta, Miroslav	(no title given)
Kärnä, Tuomas	Three dimensional baroclinic ocean model
Kölbl, Florian	Simulation of the mechanisms of neural activation and conduction
L
Labeur, Robert Jan	A hybrid particle-mesh method for simulating free surface flows
Landet, Tormod	Domain decomposition for marine applications in FEniCS
Larson, Mats	Cut Finite Element Methods for Multidimensional Multiphysics Problems LibCutFEM: a FEniCS based cut finite element library
Lobo Valbuena, Irene	FEECa: Finite Element Exterior Calculus in Haskell
Logg, Anders	FEECa: Finite Element Exterior Calculus in Haskell Multimesh Finite Element Simulation of Flow and Computation of View with Applications in Computational Architecture A Numerical Study of Axisymmetric Stationary Solutions to the Einstein-Vlasov System
Lundholm, Carl	Multimesh Finite Element Simulation of Flow and Computation of View with Applications in Computational Architecture
Luporini, Fabio	TSFC: a structure-preserving form compiler
Luttmann, A.	An XFEM toolbox for FEniCS
M
Maljaars, Jakob	A hybrid particle-mesh method for simulating free surface flows
Mardal, Kent-Andre	Solving singular problems. The right way.
Mariappan, Panchatcharam	Glossia and FEniCS: Simple simulation containerization and orchestration
Massing, Andre	Cut Finite Element Methods for Multidimensional Multiphysics Problems LibCutFEM: a FEniCS based cut finite element library
McRae, Andrew T. T.	TSFC: a structure-preserving form compiler
Mitchell, Lawrence	Multigrid for numerical weather prediction Three dimensional baroclinic ocean model TSFC: a structure-preserving form compiler
Morgan, Hannah	Towards the ultimate finite element method for the Stokes equations
Mortensen, Mikael	(no title given) Domain decomposition for marine applications in FEniCS
Mortensen, Mikael	Solving singular problems. The right way.
Mueller, Eike	Multigrid for numerical weather prediction
Möller, Matthias	A hybrid particle-mesh method for simulating free surface flows
P
Pearce, Jon	FENDIALS: A FEniCS interface to SUNDIALS for adaptive-step time integration, sensitivity analysis and optimization
Pfreundschuh, Simon	FEECa: Finite Element Exterior Calculus in Haskell
Piersanti, Eleonora	Poroelastic modelling of the brain
Piggott, Matt	OpenTidalFarm 1.6: A software package for the optimisation of tidal turbine arrays
R
Ragan-Kelley, Min	Teaching with Jupyter Notebooks
Rauhut, Holger	MLCSPG: A fast and efficient approximation method for high-dimensional PDEs
Richardson, Chris	Multiphysics problems with FEniCS and nested matrices
Rognes, Marie	Poroelastic modelling of the brain Optimization of a Spatially Varying Cardiac Contraction parameter using the Adjoint Method dolfin-adjoint: Automatic Adjoint Models for FEniCS
S
Schenone, Elisa	Reducing non-linear PDEs using a reduced integration proper orthogonal decomposition method
Schmidt, Stephan	Large Scale Time-Dependent Geometric Inverse Problems: Shape Derivatives, PDEs on Manifolds and Computational Geometry using FEniCS and FEMorph
Schwab, Christoph	MLCSPG: A fast and efficient approximation method for high-dimensional PDEs
Scott, L. Ridgway	Towards the ultimate finite element method for the Stokes equations
Scroggs, Matthew	FEM-BEM Coupling, Maxwell’s Equations, and BEM++
Sepulveda, Fransisco	Simulation of the mechanisms of neural activation and conduction
Sime, Nate	DG methods for nonlinear hyperbolic and elliptic equations using FEniCS
Sipos, András Árpád	Arclength continuation in FEniCS and its application to the study of wrinkling of ultrathin films
Sundnes, Joakim	Optimization of a Spatially Varying Cardiac Contraction parameter using the Adjoint Method
U
Uijttewaal, Wim	A hybrid particle-mesh method for simulating free surface flows
Unwin, Ettie	FEniCS for uncertainty quantification using multilayer Monte Carlo methods
W
Wall, Samuel	Optimization of a Spatially Varying Cardiac Contraction parameter using the Adjoint Method
Weickhmann, Christian	Material Characterisation using an Eigen-Permittivity Formulation in FEniCS
Weir, Phil	Orchestrating clinical simulation with FEniCS
Weir, Phil	Glossia and FEniCS: Simple simulation containerization and orchestration
Wells, Garth	FEniCS for uncertainty quantification using multilayer Monte Carlo methods
Z
Zahedi, Sara	Cut Finite Element Methods for Multidimensional Multiphysics Problems
Zarrouk, Sadiq	FENDIALS: A FEniCS interface to SUNDIALS for adaptive-step time integration, sensitivity analysis and optimization
Zhang, Chao	FENDIALS: A FEniCS interface to SUNDIALS for adaptive-step time integration, sensitivity analysis and optimization
Ř
Řehoř, Martin	Efficient numerical solution of multicomponent fluid flows and its application in computer simulation of float glass process

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