FENICS‘18: FENICS‘18

A
Abler, Daniel	Simulating Brain Tumour Mass-Effect
Al Nahas, Roula	Space-Time Variational Principle implemented in FEniCS for mechanical application Use of FEniCS for the 4D modeling of thermal processes
Amigo, Ricardo	Topology Optimisation of Adsorbed Natural Gas Tanks using FEniCS and Dolfin-Adjoint
B
Baller, Jörg	Preconditioners for viscoelastic flows in FEniCS
Baratta, Igor	A Domain Decomposition Preconditioning for the Time-Harmonic curl-curl Maxwell's Equations using FEniCS
Barton, S. Nicholas	Complex-valued PDE support in UFL and Firedrake
Betcke, Timo	A Julia wrapper for the FEniCS Finite Element Toolbox
Bhandari, Chandi	$C^0$ IPDG Method for Fourth Order Total Variation Flow and Optimal Control Module for MOOC-HPFEM
Blechta, Jan	XDMF and ParaView: checkpointing format
Bordas, Stéphane P. A.	A posteriori error estimation using a Bank-Weiser type estimator
Brezina, Jan	Poroelasticity model with discrete fractures.
Bulle, Raphael	A posteriori error estimation using a Bank-Weiser type estimator
Büchler, Philippe	Simulating Brain Tumour Mass-Effect
C
Charles, Alexandre	Use of FEniCS for the 4D modeling of thermal processes
Chen, Yuxuan	Multigrid smoothers for problems with low quality meshes
Chiw, Charisee	Diderot: A Domain-Specific Language for Visualizing FEniCS Functions Developing a compiler to understand finite element data
Choucair, Israa	Space-Time Variational Principle implemented in FEniCS for mechanical application Use of FEniCS for the 4D modeling of thermal processes
Chouly, Franz	A posteriori error estimation using a Bank-Weiser type estimator
Claus, Susanne	Cut finite elements methods for two-phase flows in FEniCS
Collin, Teodoro	Diderot: A Domain-Specific Language for Visualizing FEniCS Functions Developing a compiler to understand finite element data
Cotter, Colin	Towards a hybridized finite element dynamical core for numerical weather prediction A domain-specific language for localized linear algebra on finite element tensors
D
Darian, Diako	An Application of FEniCS: Particle–Mesh Modelling of Instruments in Ionospheric Plasma
Daversin-Catty, Cécile	Mixed-dimensional coupled finite elements in FEniCS
Degirmenci, Cem	Automated high-performance CFD and multi-physics simulations with Unicorn/FEniCS An XFEM Approach for Mesh Conforming Interface Conditions with FEniCS-HPC
Demarle, Dave	XDMF and ParaView: checkpointing format
Diaz-Viera, Martin A.	A two-phase flow and transport model in porous media for simulating laboratory tests implemented in FEniCS A mixed finite element single-phase flow and multicomponent transport model in porous media at laboratory scale in FEniCS Two-phase flow simulation through discrete-fractured porous media
Dokken, Jørgen Schartum	Towards Algorithmic Differentiation of shape optimization problems with time-dependent PDE-constraints
Doll Lahuerta, Ricardo	Design of bistable structures based on nonlinear buckling using the topology optimization method
Dupont, Todd	Obtaining full-order Galerkin accuracy when the boundary is polygonally approximated
E
Ebel, Olga	FEniCS Based Optimization Tool for Non-Smooth Semilinear Elliptic PDE Constrained Optimization
Ellingsrud, Ada Johanne	Towards numerical modelling of the role of glial cells in cerebral interstitial fluid movement
F
Funke, Simon	Algorithmic differentiation for mixed FEniCS-Tensorflow models Towards Algorithmic Differentiation of shape optimization problems with time-dependent PDE-constraints
G
Gansen, Alex	Preconditioners for viscoelastic flows in FEniCS
Garlick, Paul	Implementation of a stabilized finite element method for compressible flow computations on triangles
Gatti, Riccardo	Multi-Scale Modeling of Plasticity: a Coupling between Dislocation Dynamics and FEniCS
Gibson, Thomas	Towards a hybridized finite element dynamical core for numerical weather prediction A domain-specific language for localized linear algebra on finite element tensors
Gillespie, David	Automated Mechanical Engineering Design using Open Source CAE Software Packages
Guzman, Johnny	Obtaining full-order Galerkin accuracy when the boundary is polygonally approximated
H
Habera, Michal	XDMF and ParaView: checkpointing format
Hale, Jack S.	XDMF and ParaView: checkpointing format A posteriori error estimation using a Bank-Weiser type estimator Preconditioners for viscoelastic flows in FEniCS
Ham, David A.	Complex-valued PDE support in UFL and Firedrake Automated cross element vectorization in Firedrake A domain-specific language for localized linear algebra on finite element tensors
Herrmann, Marc	Surface Elements for Smooth and Non-Smooth Inverse Problems
Herzog, Roland	Surface Elements for Smooth and Non-Smooth Inverse Problems
Hewson, Robert	Topology Optimisation of Adsorbed Natural Gas Tanks using FEniCS and Dolfin-Adjoint
Hill, Róisín	Balanced norms and mesh generation for singularly perturbed reaction-diffusion problems
Hoffman, Johan	Automated high-performance CFD and multi-physics simulations with Unicorn/FEniCS An XFEM Approach for Mesh Conforming Interface Conditions with FEniCS-HPC
Hoffman, Johan	Predicting Reynolds-dependent phenomena with Direct FEM in Unicorn/FEniCS
Hoppe, Ronald	$C^0$ IPDG Method for Fourth Order Total Variation Flow and Optimal Control Module for MOOC-HPFEM
J
Jahn, Mischa	\texttt{miXFEM} - an XFEM toolbox to tackle multiphysics problem with \texttt{FEniCS}
Janssens, Bart	A Julia wrapper for the FEniCS Finite Element Toolbox
Jansson, Johan	MOOC-HPFEM: Teaching High performance FEM with Unicorn/FEniCS to 5000+ students Automated high-performance CFD and multi-physics simulations with Unicorn/FEniCS Predicting Reynolds-dependent phenomena with Direct FEM in Unicorn/FEniCS An XFEM Approach for Mesh Conforming Interface Conditions with FEniCS-HPC
Johansson, August	Multimesh: Finite element methods on arbitrarily many intersecting meshes
K
Kawecki, Ellya	DGFEMs for nondivergence form equations on piecewise curved domains
Kehlet, Benjamin	Multimesh: Finite element methods on arbitrarily many intersecting meshes
Kelly, Paul H.J.	Automated cross element vectorization in Firedrake
Kerfriden, Pierre	Cut finite elements methods for two-phase flows in FEniCS
Kerner, Richard	Space-Time Variational Principle implemented in FEniCS for mechanical application
Kindlmann, Gordon	Diderot: A Domain-Specific Language for Visualizing FEniCS Functions Developing a compiler to understand finite element data
Kowalski, Julia	Phaseflow: FEniCS applied to the monolithic simulation of convection-coupled phase-change
Kumar, Rahul	$C^0$ IPDG Method for Fourth Order Total Variation Flow and Optimal Control Module for MOOC-HPFEM
L
Labeur, Robert Jan	A conservative particle-mesh projection using PDE-constraints
Larson, Mats	Multimesh: Finite element methods on arbitrarily many intersecting meshes
Le Maout, Vincent	A biphasic model for flow of viscoelastic fluids in porous media: theoretical formulation and implementation in Fenics
Lee, Jeonghun J.	Parameter-robust discretization and preconditioning of multiple-network poroelasticity equations
Leoni, Massimiliano	Automated high-performance CFD and multi-physics simulations with Unicorn/FEniCS
Logg, Anders	Multimesh: Finite element methods on arbitrarily many intersecting meshes
Lozinski, Alexei	A posteriori error estimation using a Bank-Weiser type estimator
M
M. Pimenta, Paulo	Design of bistable structures based on nonlinear buckling using the topology optimization method
Mackay, Alex	Numerical Modelling of Compressible & Nonisothermal Viscoelastic flow
Madden, Niall	Balanced norms and mesh generation for singularly perturbed reaction-diffusion problems
Maljaars, Jakob	A conservative particle-mesh projection using PDE-constraints
Marchand, Richard	An Application of FEniCS: Particle–Mesh Modelling of Instruments in Ionospheric Plasma
Mardal, Kent-Andre	Parameter-robust discretization and preconditioning of multiple-network poroelasticity equations
Marholm, Sigvald	An Application of FEniCS: Particle–Mesh Modelling of Instruments in Ionospheric Plasma
Milock, Wojciech J.	An Application of FEniCS: Particle–Mesh Modelling of Instruments in Ionospheric Plasma
Mitchell, Lawrence	Automated cross element vectorization in Firedrake A domain-specific language for localized linear algebra on finite element tensors
Mitusch, Sebastian	Algorithmic differentiation for mixed FEniCS-Tensorflow models
Morgan, Hannah	Diderot: A Domain-Specific Language for Visualizing FEniCS Functions
Mortensen, Mikael	An Application of FEniCS: Particle–Mesh Modelling of Instruments in Ionospheric Plasma
N
Natale, Irene	Predicting Reynolds-dependent phenomena with Direct FEM in Unicorn/FEniCS
Nguyen, Van-Dang	An XFEM Approach for Mesh Conforming Interface Conditions with FEniCS-HPC
P
Panicaud, Benoit	Space-Time Variational Principle implemented in FEniCS for mechanical application Use of FEniCS for the 4D modeling of thermal processes
Perez-Linares, Eduardo	A mixed finite element single-phase flow and multicomponent transport model in porous media at laboratory scale in FEniCS
Phillips, Tim	Numerical Modelling of Compressible & Nonisothermal Viscoelastic flow
Piersanti, Eleonora	Parameter-robust discretization and preconditioning of multiple-network poroelasticity equations
Polińska, Patrycja	Preconditioners for viscoelastic flows in FEniCS
R
Rackauckas, Chris	A Julia wrapper for the FEniCS Finite Element Toolbox
Ramsey, Nick	Effects of the electrode-electrolyte interface and dielectric tissue properties on cortical electrodes
Reppy, John	Diderot: A Domain-Specific Language for Visualizing FEniCS Functions Developing a compiler to understand finite element data
Richardson, Chris	XDMF and ParaView: checkpointing format PyROL: a new optimization backend for dolfin-adjoint/pyadjoint
Rockne, Russell	Simulating Brain Tumour Mass-Effect
Rognes, Marie	Parameter-robust discretization and preconditioning of multiple-network poroelasticity equations Mixed-dimensional coupled finite elements in FEniCS A Stokes-Biot stable H(div)-based mixed method for generalized poroelasticity
Romano, Carlos A.	A two-phase flow and transport model in porous media for simulating laboratory tests implemented in FEniCS Two-phase flow simulation through discrete-fractured porous media
Rouhaud, Emmanuelle	Space-Time Variational Principle implemented in FEniCS for mechanical application
Rouhaud, Emmanuelle	Use of FEniCS for the 4D modeling of thermal processes
Rovaris, Fabrizio	Multi-Scale Modeling of Plasticity: a Coupling between Dislocation Dynamics and FEniCS
S
Schmidt, Stephan	FEniCS Based Optimization Tool for Non-Smooth Semilinear Elliptic PDE Constrained Optimization Surface Elements for Smooth and Non-Smooth Inverse Problems Towards Algorithmic Differentiation of shape optimization problems with time-dependent PDE-constraints
Scott, L. Ridgway	Diderot: A Domain-Specific Language for Visualizing FEniCS Functions
Scott, Ridgway	Obtaining full-order Galerkin accuracy when the boundary is polygonally approximated
Silva, Elson J.	A Domain Decomposition Preconditioning for the Time-Harmonic curl-curl Maxwell's Equations using FEniCS
Silva, Emilio	Topology Optimisation of Adsorbed Natural Gas Tanks using FEniCS and Dolfin-Adjoint Design of bistable structures based on nonlinear buckling using the topology optimization method
Simillides, Yiannis	A Julia wrapper for the FEniCS Finite Element Toolbox
Smyth, Jonathan	Femtosecond drift-diffusion with FEniCS
Stebel, Jan	Poroelasticity model with discrete fractures.
Stella, Lorenzo	Femtosecond drift-diffusion with FEniCS
Sun, Tianjiao	Automated cross element vectorization in Firedrake
T
Thompson, Travis	A Stokes-Biot stable H(div)-based mixed method for generalized poroelasticity
Tiesinga, Paul	Effects of the electrode-electrolyte interface and dielectric tissue properties on cortical electrodes
V
Vermaas, Meron	Effects of the electrode-electrolyte interface and dielectric tissue properties on cortical electrodes
Vidal Nuñez, Jose	Surface Elements for Smooth and Non-Smooth Inverse Problems
von Winckel, Greg	PyROL: a new optimization backend for dolfin-adjoint/pyadjoint
W
Walther, Andrea	FEniCS Based Optimization Tool for Non-Smooth Semilinear Elliptic PDE Constrained Optimization
Wechsung, Florian	PyROL: a new optimization backend for dolfin-adjoint/pyadjoint
Wells, Garth	Multigrid smoothers for problems with low quality meshes
X
Xia, Qingfeng	Automated Mechanical Engineering Design using Open Source CAE Software Packages
Y
Yashchuk, Ivan	A multiscale finite element framework for parabolic equations
Z
Zilian, Andreas	XDMF and ParaView: checkpointing format
Zimmerman, Alexander G.	Phaseflow: FEniCS applied to the monolithic simulation of convection-coupled phase-change
Ř
Řehoř, Martin	Preconditioners for viscoelastic flows in FEniCS

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