FENICS '15: FENICS '15

This page contains an index consisting of author-provided keywords.

A
adaptivity	A FEniCS-based framework for mesh movement High performance adaptive and predictive finite element computing for turbulent flow and multiphysics On choosing of the free parameters in SUPG and SOLD methods
advection-diffusion equation	Non-Manifold Manifold Simulations Using FEniCS
algorithmic differentation	dolfin-adjoint: automatic adjoint models for FEniCS
Anisotropic mesh adaptation	Anisotropic Mesh Adaptation applied to Structural Optimisation and a Timespace Method
Array optimisation	Tidal turbine array design optimisation with sensitivity analysis
Arrhythmia	Modeling Cardiac Arrhythmias of Brugada Syndrome
automated computing	Implementing mathematics: domain specific languages and automated computing
automatic code generation	Automatic code generation for non-affine meshes
B
Balancing Domain Decomposition by Constraints	PCBDDC: a novel class of robust dual-primal preconditioners in PETSc
Baroclinic flow	Modeling density-driven coastal ocean flows
Bayesian	A Bayesian inversion approach to recovering material parameters in hyperelastic solids using dolfin-adjoint
Bayesian inverse problems	A framework for mesh adaptivity in the context of Bayesian inverse problems using FEniCS
beams	fenics-shells: a UFL-based library for simulating thin structures
BEM++	Using FEniCS With BEM++ For FEM/BEM Coupled Problems FEM - BEM coupling methods for the magnetic strayfield problem
Benney-Luke equations	Generating a soliton splash through variational modelling and experiments
blood flow	Variational data assimilation for the Navier-Stokes equations in blood flow simulations
Blood flow simulation	FEniCS in cardiovascular medicine
Blood Volume	A mathematical model of pulmonary blood volume based on a heart rate variability model
boundary elements	Using FEniCS With BEM++ For FEM/BEM Coupled Problems
C
cardiac mechanics	Identifying the parameters of the heart: variational data assimilation in cardiac mechanics using dolfin-adjoint
CO2 Sequestration	Modelling long term buoyancy driven flows in FEniCS
Coastal ocean	Modeling density-driven coastal ocean flows
code generation	FInAT is not a Tabulator, Or, Yet another way to break a form compiler Implementing mathematics: domain specific languages and automated computing
Compatible finite elements	Compatible finite element methods for numerical weather prediction with FEniCS/Firedrake
Compressible flow	Residual-based stabilizations for turbulent flow problems
contact problems	PERMON, a new software toolbox for massively parallel computation of real world problems
Continuous Galerkin FEM	Generating a soliton splash through variational modelling and experiments
crystal plastcity	Eulerian model of crystal plasticity: numerical simulations of micropillar compression
D
data assimilation	Variational data assimilation for the Navier-Stokes equations in blood flow simulations
Diderot	Diderot for Finite Element Data
diffuse interface models	Numerical issues in mathematical modelling of float glass process
discontinuous Galerkin	Exploiting approximation properties to improve filtering.
discontinuous Galerkin finite element method	Variational modeling of fluid-structure interaction with a free surface Automatic non-destructive testing procedures with FEniCS and dolfin-adjoint
Discrete de Rham complex	Compatible finite element methods for numerical weather prediction with FEniCS/Firedrake
Docker	FEniCS in Linux Containers
dolfin	Using FEniCS on HPC systems
dolfin-adjoint	Variational data assimilation for the Navier-Stokes equations in blood flow simulations Tidal turbine array design optimisation with sensitivity analysis The optimisation of tidal turbine farms represented as a turbine density function A Bayesian inversion approach to recovering material parameters in hyperelastic solids using dolfin-adjoint dolfin-adjoint: automatic adjoint models for FEniCS Identifying the parameters of the heart: variational data assimilation in cardiac mechanics using dolfin-adjoint
Domain Decomposition	PCBDDC: a novel class of robust dual-primal preconditioners in PETSc
domain specific language	Implementing mathematics: domain specific languages and automated computing
domain-specific language	Automatic code generation for non-affine meshes
E
eigenvalue	A Bayesian inversion approach to recovering material parameters in hyperelastic solids using dolfin-adjoint
Einstein-Vlasov	Implementing mathematics: domain specific languages and automated computing
elasticity	PERMON, a new software toolbox for massively parallel computation of real world problems
elliptic equation	Non-Manifold Manifold Simulations Using FEniCS
Entropy viscosity	Residual-based stabilizations for turbulent flow problems
error estimation	Reliable and efficient a posteriori error estimation in FEniCS
error indicator	On choosing of the free parameters in SUPG and SOLD methods
Estuarine circulation	Modeling density-driven coastal ocean flows
F
Fast Fourier Transform	A mathematical model of pulmonary blood volume based on a heart rate variability model
Feedback	A mathematical model of pulmonary blood volume based on a heart rate variability model
FEM	Eulerian model of crystal plasticity: numerical simulations of micropillar compression High performance adaptive and predictive finite element computing for turbulent flow and multiphysics
FEM-BEM coupling	FEM - BEM coupling methods for the magnetic strayfield problem
FEM/BEM	magnum.fe - FEM for micromagnetics
FEM/BEM coupling	Using FEniCS With BEM++ For FEM/BEM Coupled Problems
FEniCS	Variational data assimilation for the Navier-Stokes equations in blood flow simulations fenics-shells: a UFL-based library for simulating thin structures dolfin-adjoint: automatic adjoint models for FEniCS Two dimensional Multi Domain Finite Element Calculations for linear molecules Modelling long term buoyancy driven flows in FEniCS Reliable and efficient a posteriori error estimation in FEniCS PERMON, a new software toolbox for massively parallel computation of real world problems FEniCS in Linux Containers
FEniCS Project	Implementing mathematics: domain specific languages and automated computing
FETI methods	PERMON, a new software toolbox for massively parallel computation of real world problems
fieldsplit	Variational data assimilation for the Navier-Stokes equations in blood flow simulations
filtering	Exploiting approximation properties to improve filtering.
finite element	FInAT is not a Tabulator, Or, Yet another way to break a form compiler
finite element assembly	Quadrilateral mesh support in Firedrake
finite element method	Variational FEM for Waves in a Hele-Shaw Tank Mathematical and numerical modelling of variational water waves generated from a wave maker Automatic code generation for non-affine meshes Implementing mathematics: domain specific languages and automated computing Parameter-robust discretization and preconditioning of Biot's consolidation model
finite elements	Modeling density-driven coastal ocean flows Exploiting approximation properties to improve filtering. Non-Manifold Manifold Simulations Using FEniCS
Firedrake	Flexible and efficient mesh management in Firedrake using PETSc DMPlex Quadrilateral mesh support in Firedrake Compatible finite element methods for numerical weather prediction with FEniCS/Firedrake
float glass process	Numerical issues in mathematical modelling of float glass process
fluid dynamics	Numerical issues in mathematical modelling of float glass process
fluid-structure interaction	Variational modeling of fluid-structure interaction with a free surface FEniCS in cardiovascular medicine
flux reconstruction	Reliable and efficient a posteriori error estimation in FEniCS
Fredkin-Koehler method	FEM - BEM coupling methods for the magnetic strayfield problem
FSI	High performance adaptive and predictive finite element computing for turbulent flow and multiphysics
functional programming	Implementing mathematics: domain specific languages and automated computing
G
generalised stability problems	dolfin-adjoint: automatic adjoint models for FEniCS
Goal oriented adaptivity	A framework for mesh adaptivity in the context of Bayesian inverse problems using FEniCS
Gradient-based optimisation	Mesh-independent gradient-based optimisation
H
Haskell	Implementing mathematics: domain specific languages and automated computing
HDF5	Using FEniCS on HPC systems
Heart Electrophysiology	Modeling Cardiac Arrhythmias of Brugada Syndrome
Heart model	FEniCS in cardiovascular medicine
Heart Rate Variability	A mathematical model of pulmonary blood volume based on a heart rate variability model
Hele-Shaw	Variational FEM for Waves in a Hele-Shaw Tank
hemodynamics	Variational data assimilation for the Navier-Stokes equations in blood flow simulations
High order	High Order Cut Finite Element Methods for the Stokes Problem using Fenics Multimesh Features
High Performance Computing	PCBDDC: a novel class of robust dual-primal preconditioners in PETSc
Holzapfel-Ogden model	Identifying the parameters of the heart: variational data assimilation in cardiac mechanics using dolfin-adjoint
HPC	Using FEniCS on HPC systems
hyperbolic equations	Exploiting approximation properties to improve filtering.
hyperelasticity	A Bayesian inversion approach to recovering material parameters in hyperelastic solids using dolfin-adjoint
I
image analysis	Diderot for Finite Element Data
Implicit LES	Residual-based stabilizations for turbulent flow problems
Index Notation	Diderot for Finite Element Data
Indicator Dilution Techniques	A mathematical model of pulmonary blood volume based on a heart rate variability model
Interface problem	High Order Cut Finite Element Methods for the Stokes Problem using Fenics Multimesh Features
interpolation operator	fenics-shells: a UFL-based library for simulating thin structures
inverse problems	A Bayesian inversion approach to recovering material parameters in hyperelastic solids using dolfin-adjoint
isoparametric elements	Two dimensional Multi Domain Finite Element Calculations for linear molecules
L
Lagrange multipliers	Efficient preconditioners for saddle point system with trace constraints
Level Set	CutFEM: unfitted finite element methods for multi-physics problems in FEniCS
level set method	Levelset methods (and XFEM) in FEniCS
Linear Molecules	Two dimensional Multi Domain Finite Element Calculations for linear molecules
Linux containers	FEniCS in Linux Containers
locking	fenics-shells: a UFL-based library for simulating thin structures
M
magnetism	Micromagnetics with FEniCS
magnum.fe	Micromagnetics with FEniCS FEM - BEM coupling methods for the magnetic strayfield problem
manifold	Non-Manifold Manifold Simulations Using FEniCS
marine renewable energy	The optimisation of tidal turbine farms represented as a turbine density function
mass correction	Levelset methods (and XFEM) in FEniCS
mathematical software	FInAT is not a Tabulator, Or, Yet another way to break a form compiler
maximum aposteriori point	A Bayesian inversion approach to recovering material parameters in hyperelastic solids using dolfin-adjoint
Maxwell equations	FEM - BEM coupling methods for the magnetic strayfield problem
Mesh	Flexible and efficient mesh management in Firedrake using PETSc DMPlex
Mesh adaptivity	A framework for mesh adaptivity in the context of Bayesian inverse problems using FEniCS
mesh movement	A FEniCS-based framework for mesh movement
Mesh-independent optimisation	Mesh-independent gradient-based optimisation
micromagnetics	Micromagnetics with FEniCS magnum.fe - FEM for micromagnetics
micropillar compression	Eulerian model of crystal plasticity: numerical simulations of micropillar compression
minimum residual method	Efficient preconditioners for saddle point system with trace constraints
MITC	fenics-shells: a UFL-based library for simulating thin structures
Mixed finite element	Thermo-Hydro-Mechanical Simulation in Porous Media with FEniCS
model parameters	Parameter-robust discretization and preconditioning of Biot's consolidation model
Monodomain Model	Modeling Cardiac Arrhythmias of Brugada Syndrome
moving boundary	A FEniCS-based framework for mesh movement
Multi-Physics	CutFEM: unfitted finite element methods for multi-physics problems in FEniCS Thermo-Hydro-Mechanical Simulation in Porous Media with FEniCS
Multigrid	Geometric multigrid without the agonising pain
Multiple Domains	Two dimensional Multi Domain Finite Element Calculations for linear molecules
N
Navier-Stokes	Variational data assimilation for the Navier-Stokes equations in blood flow simulations
nedelec	fenics-shells: a UFL-based library for simulating thin structures
Nitsche's method	High Order Cut Finite Element Methods for the Stokes Problem using Fenics Multimesh Features
non-destructive testing	Automatic non-destructive testing procedures with FEniCS and dolfin-adjoint
nonlinear PDEs	Geometric multigrid without the agonising pain
Nonlinear water waves	Generating a soliton splash through variational modelling and experiments
Numerical weather prediction	Compatible finite element methods for numerical weather prediction with FEniCS/Firedrake
O
Ocean modeling	Modeling density-driven coastal ocean flows
open-boundary problem	FEM - BEM coupling methods for the magnetic strayfield problem
Orbitals	Two dimensional Multi Domain Finite Element Calculations for linear molecules
P
parallel algorithm	Quadrilateral mesh support in Firedrake
parameter identification	Identifying the parameters of the heart: variational data assimilation in cardiac mechanics using dolfin-adjoint
partitioning	Flexible and efficient mesh management in Firedrake using PETSc DMPlex Using FEniCS on HPC systems
PDE constrained optimization	Automatic non-destructive testing procedures with FEniCS and dolfin-adjoint
PDE-constrained optimisation	The optimisation of tidal turbine farms represented as a turbine density function dolfin-adjoint: automatic adjoint models for FEniCS
PERMON	PERMON, a new software toolbox for massively parallel computation of real world problems
PermonFLLOP	PERMON, a new software toolbox for massively parallel computation of real world problems
PermonQP	PERMON, a new software toolbox for massively parallel computation of real world problems
PETSc	Variational data assimilation for the Navier-Stokes equations in blood flow simulations Flexible and efficient mesh management in Firedrake using PETSc DMPlex A Bayesian inversion approach to recovering material parameters in hyperelastic solids using dolfin-adjoint
plates	fenics-shells: a UFL-based library for simulating thin structures
poroelasticity	Parameter-robust discretization and preconditioning of Biot's consolidation model
Porous media	Modelling long term buoyancy driven flows in FEniCS Thermo-Hydro-Mechanical Simulation in Porous Media with FEniCS
Potential flow shallow water equations	Variational FEM for Waves in a Hele-Shaw Tank
preconditioning	Variational data assimilation for the Navier-Stokes equations in blood flow simulations Parameter-robust discretization and preconditioning of Biot's consolidation model Efficient preconditioners for saddle point system with trace constraints
Python	Two dimensional Multi Domain Finite Element Calculations for linear molecules magnum.fe - FEM for micromagnetics
Q
quadrilateral mesh	Quadrilateral mesh support in Firedrake
R
refinement	Using FEniCS on HPC systems
reinitialization	Levelset methods (and XFEM) in FEniCS
renumbering	Flexible and efficient mesh management in Firedrake using PETSc DMPlex
Reservoir simulation	Thermo-Hydro-Mechanical Simulation in Porous Media with FEniCS
Riesz's representation	Mesh-independent gradient-based optimisation
S
scaling	Using FEniCS on HPC systems
SDFEM	On choosing of the free parameters in SUPG and SOLD methods
Sensitivity analysis	Tidal turbine array design optimisation with sensitivity analysis
Shallow water equations	Mathematical and numerical modelling of variational water waves generated from a wave maker
shells	fenics-shells: a UFL-based library for simulating thin structures
SOLD	On choosing of the free parameters in SUPG and SOLD methods
Soliton splash	Generating a soliton splash through variational modelling and experiments
stabilized methods	On choosing of the free parameters in SUPG and SOLD methods
Stokes problem	High Order Cut Finite Element Methods for the Stokes Problem using Fenics Multimesh Features
Streamline upwind Petrov-Galerkin	Thermo-Hydro-Mechanical Simulation in Porous Media with FEniCS
Structural optimization	Anisotropic Mesh Adaptation applied to Structural Optimisation and a Timespace Method
superconvergence	Exploiting approximation properties to improve filtering.
SUPG	On choosing of the free parameters in SUPG and SOLD methods
symbolic manipulation	Geometric multigrid without the agonising pain
T
theory of mixtures	Numerical issues in mathematical modelling of float glass process
Thermo-hydro-mechanics	Thermo-Hydro-Mechanical Simulation in Porous Media with FEniCS
Tidal power	Tidal turbine array design optimisation with sensitivity analysis
Tidal turbine farm layout	Mesh-independent gradient-based optimisation
Timespace methods	Anisotropic Mesh Adaptation applied to Structural Optimisation and a Timespace Method
toolbox	Levelset methods (and XFEM) in FEniCS
topology	Flexible and efficient mesh management in Firedrake using PETSc DMPlex
turbine farm optimisation	The optimisation of tidal turbine farms represented as a turbine density function
Turbine parametrisation	Tidal turbine array design optimisation with sensitivity analysis
Turbulence	High performance adaptive and predictive finite element computing for turbulent flow and multiphysics
U
UFL	fenics-shells: a UFL-based library for simulating thin structures A Bayesian inversion approach to recovering material parameters in hyperelastic solids using dolfin-adjoint
uflacs	Identifying the parameters of the heart: variational data assimilation in cardiac mechanics using dolfin-adjoint
unbounded	Using FEniCS With BEM++ For FEM/BEM Coupled Problems
uncertainty quantification	A Bayesian inversion approach to recovering material parameters in hyperelastic solids using dolfin-adjoint
Unfitted FEM	CutFEM: unfitted finite element methods for multi-physics problems in FEniCS
Unicorn	FEniCS in cardiovascular medicine
V
Variable density flow	Residual-based stabilizations for turbulent flow problems
variational inequalities	PERMON, a new software toolbox for massively parallel computation of real world problems
Variational methods	Generating a soliton splash through variational modelling and experiments
variational problem	Non-Manifold Manifold Simulations Using FEniCS
visualization	Diderot for Finite Element Data
W
water waves	Variational modeling of fluid-structure interaction with a free surface
Wave maker	Mathematical and numerical modelling of variational water waves generated from a wave maker
wave propagation problems	Automatic non-destructive testing procedures with FEniCS and dolfin-adjoint
X
XDMF	Using FEniCS on HPC systems
XFEM	CutFEM: unfitted finite element methods for multi-physics problems in FEniCS

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