FENICS'16: THE FENICS 2016 WORKSHOP

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

A
Adaptive mesh refinement	A tetrahedral space-filling curve via bitwise interleaving
adaptive time-stepping	FENDIALS: A FEniCS interface to SUNDIALS for adaptive-step time integration, sensitivity analysis and optimization
adaptivity	Adjoint stability in a generalization of Direct FEM and Unicorn for turbulent flow
adjoint	Adjoint stability in a generalization of Direct FEM and Unicorn for turbulent flow
Adjoint Method	Optimization of a Spatially Varying Cardiac Contraction parameter using the Adjoint Method
applications	The Firedrake Project
archlength continuation	Arclength continuation in FEniCS and its application to the study of wrinkling of ultrathin films
atmosphere	A computational algebra of hybridization methods for ocean and atmosphere discretizations
automatic differentiation	dolfin-adjoint: Automatic Adjoint Models for FEniCS
B
Baroclinic circulation	Three dimensional baroclinic ocean model
BEM++	FEM-BEM Coupling, Maxwell’s Equations, and BEM++
bifurcation analysis	Computing the solution sets of nonlinear equations
biomechanics	Poroelastic modelling of the brain
Boundary Element Method	FEM-BEM Coupling, Maxwell’s Equations, and BEM++
C
Cardiac Mechanics	Optimization of a Spatially Varying Cardiac Contraction parameter using the Adjoint Method
Cavity Resonator	Material Characterisation using an Eigen-Permittivity Formulation in FEniCS
clinical domain model	Orchestrating clinical simulation with FEniCS
clinical simulation	Orchestrating clinical simulation with FEniCS
Coastal modelling	OpenTidalFarm 1.6: A software package for the optimisation of tidal turbine arrays
code generation	TSFC: a structure-preserving form compiler Optimizing finite element kernels with Loo.py and PyOpenCL
compressed sensing	MLCSPG: A fast and efficient approximation method for high-dimensional PDEs
compressible flow	DG methods for nonlinear hyperbolic and elliptic equations using FEniCS
Computational Geometry	Large Scale Time-Dependent Geometric Inverse Problems: Shape Derivatives, PDEs on Manifolds and Computational Geometry using FEniCS and FEMorph
containerization	Orchestrating clinical simulation with FEniCS
Coupling	FEM-BEM Coupling, Maxwell’s Equations, and BEM++
cut finite element method	Multimesh Finite Element Simulation of Flow and Computation of View with Applications in Computational Architecture Cut Finite Element Methods for Multidimensional Multiphysics Problems
Cut Finite Element Methods	LibCutFEM: a FEniCS based cut finite element library
D
deflation	Computing the solution sets of nonlinear equations
differential-algebraic equations	FENDIALS: A FEniCS interface to SUNDIALS for adaptive-step time integration, sensitivity analysis and optimization
diffuse interface models	Efficient numerical solution of multicomponent fluid flows and its application in computer simulation of float glass process
Direct FEM	Adjoint stability in a generalization of Direct FEM and Unicorn for turbulent flow
Discontinuous Galerkin	DG methods for nonlinear hyperbolic and elliptic equations using FEniCS
discontinuous Galerkin methods	Embedded discontinuous Galerkin transport schemes with localised limiters
Docker	Orchestrating clinical simulation with FEniCS
DOLFIN	Reducing non-linear PDEs using a reduced integration proper orthogonal decomposition method
dolfin-adjoint	dolfin-adjoint: Automatic Adjoint Models for FEniCS
Domain decomposition	Domain decomposition for marine applications in FEniCS
E
education	Teaching with Jupyter Notebooks
Eigen-Permittivity	Material Characterisation using an Eigen-Permittivity Formulation in FEniCS
Einstein-Vlasov	A Numerical Study of Axisymmetric Stationary Solutions to the Einstein-Vlasov System
Ergoregions	A Numerical Study of Axisymmetric Stationary Solutions to the Einstein-Vlasov System
F
FEniCS	Domain decomposition for marine applications in FEniCS Towards the ultimate finite element method for the Stokes equations Glossia and FEniCS: Simple simulation containerization and orchestration dolfin-adjoint: Automatic Adjoint Models for FEniCS An XFEM toolbox for FEniCS Simulation of the mechanisms of neural activation and conduction
FEniCS extensions	The Firedrake Project
FIAT	A computational algebra of hybridization methods for ocean and atmosphere discretizations
field split preconditioning	Efficient numerical solution of multicomponent fluid flows and its application in computer simulation of float glass process
finite element	Towards the ultimate finite element method for the Stokes equations
finite element assembly	TSFC: a structure-preserving form compiler
Finite Element Basis Functions	FEECa: Finite Element Exterior Calculus in Haskell
Finite Element Exterior Calculus	FEECa: Finite Element Exterior Calculus in Haskell
Finite element method	Three dimensional baroclinic ocean model
finite elements	Optimizing finite element kernels with Loo.py and PyOpenCL
Firedrake	Three dimensional baroclinic ocean model The Firedrake Project A computational algebra of hybridization methods for ocean and atmosphere discretizations
float glass process	Efficient numerical solution of multicomponent fluid flows and its application in computer simulation of float glass process
Forest of octrees	A tetrahedral space-filling curve via bitwise interleaving
form compiler	TSFC: a structure-preserving form compiler
free surface flows	A hybrid particle-mesh method for simulating free surface flows
FSI	Adjoint stability in a generalization of Direct FEM and Unicorn for turbulent flow
Functional Programming	FEECa: Finite Element Exterior Calculus in Haskell
G
G2	Adjoint stability in a generalization of Direct FEM and Unicorn for turbulent flow
Ghost Penalty	LibCutFEM: a FEniCS based cut finite element library
Glossia	Glossia and FEniCS: Simple simulation containerization and orchestration
H
Haskell	FEECa: Finite Element Exterior Calculus in Haskell
HPC	Multiphysics problems with FEniCS and nested matrices
Hydrostatic equations	Three dimensional baroclinic ocean model
I
Inverse Problem	Large Scale Time-Dependent Geometric Inverse Problems: Shape Derivatives, PDEs on Manifolds and Computational Geometry using FEniCS and FEMorph
ipython	Teaching with Jupyter Notebooks
J
jupyter	Teaching with Jupyter Notebooks
K
Krylov subspace solvers	Efficient numerical solution of multicomponent fluid flows and its application in computer simulation of float glass process
L
Large Scale	Large Scale Time-Dependent Geometric Inverse Problems: Shape Derivatives, PDEs on Manifolds and Computational Geometry using FEniCS and FEMorph
Level Set	LibCutFEM: a FEniCS based cut finite element library
M
manycore computing	Optimizing finite element kernels with Loo.py and PyOpenCL
marine applications	Domain decomposition for marine applications in FEniCS
Materials	Material Characterisation using an Eigen-Permittivity Formulation in FEniCS
Maxwell	FEM-BEM Coupling, Maxwell’s Equations, and BEM++
measure of view	Multimesh Finite Element Simulation of Flow and Computation of View with Applications in Computational Architecture
Microwave	Material Characterisation using an Eigen-Permittivity Formulation in FEniCS
Millimeterwave	Material Characterisation using an Eigen-Permittivity Formulation in FEniCS
minimally invasive cancer treatment	Orchestrating clinical simulation with FEniCS
model order reduction	Reducing non-linear PDEs using a reduced integration proper orthogonal decomposition method
modelling	Poroelastic modelling of the brain
Monte-Carlo methods	Propagating uncertainty through a non-linear hyperelastic model using advanced Monte-Carlo methods
multigrid	Multigrid for numerical weather prediction
multilevel Monte Carlo	FEniCS for uncertainty quantification using multilayer Monte Carlo methods
multimesh	Multimesh Finite Element Simulation of Flow and Computation of View with Applications in Computational Architecture
Multiphysics	Multiphysics problems with FEniCS and nested matrices
N
Navier-Stokes	A hybrid particle-mesh method for simulating free surface flows
neural activation	Simulation of the mechanisms of neural activation and conduction
neural conduction	Simulation of the mechanisms of neural activation and conduction
non intrusive solvers	Propagating uncertainty through a non-linear hyperelastic model using advanced Monte-Carlo methods
non-linear PDEs	Reducing non-linear PDEs using a reduced integration proper orthogonal decomposition method
nonlinear equations	Computing the solution sets of nonlinear equations
notebook	Teaching with Jupyter Notebooks
numerical approximation	MLCSPG: A fast and efficient approximation method for high-dimensional PDEs
numerical wave flume	A hybrid particle-mesh method for simulating free surface flows
numerical weather prediction	Embedded discontinuous Galerkin transport schemes with localised limiters Multigrid for numerical weather prediction
O
Ocean	A computational algebra of hybridization methods for ocean and atmosphere discretizations
Ocean modeling	Three dimensional baroclinic ocean model
overlapping mesh	Multimesh Finite Element Simulation of Flow and Computation of View with Applications in Computational Architecture
P
Parallel algorithms	A tetrahedral space-filling curve via bitwise interleaving
parallel computing	Propagating uncertainty through a non-linear hyperelastic model using advanced Monte-Carlo methods
parameter dependent nonlinear PDE	Arclength continuation in FEniCS and its application to the study of wrinkling of ultrathin films
Parameter estimation	Optimization of a Spatially Varying Cardiac Contraction parameter using the Adjoint Method
parametric PDEs	MLCSPG: A fast and efficient approximation method for high-dimensional PDEs
Particle-mesh	A hybrid particle-mesh method for simulating free surface flows
PDE constrained optimisation	OpenTidalFarm 1.6: A software package for the optimisation of tidal turbine arrays
PDE-constrained Optimisation	Optimization of a Spatially Varying Cardiac Contraction parameter using the Adjoint Method
polynomial chaos expansion	Propagating uncertainty through a non-linear hyperelastic model using advanced Monte-Carlo methods
poroelasticity	Poroelastic modelling of the brain
porous media	FEniCS for uncertainty quantification using multilayer Monte Carlo methods
preconditioning	Solving singular problems. The right way.
proper orthogonal decomposition	Reducing non-linear PDEs using a reduced integration proper orthogonal decomposition method
Q
quantification of view	Multimesh Finite Element Simulation of Flow and Computation of View with Applications in Computational Architecture
R
reduced integration	Reducing non-linear PDEs using a reduced integration proper orthogonal decomposition method
Renewable energy	OpenTidalFarm 1.6: A software package for the optimisation of tidal turbine arrays
rigid motions	Solving singular problems. The right way.
S
saddle point problems	Efficient numerical solution of multicomponent fluid flows and its application in computer simulation of float glass process
sensitivity analysis	FENDIALS: A FEniCS interface to SUNDIALS for adaptive-step time integration, sensitivity analysis and optimization
sensitivity derivatives	Propagating uncertainty through a non-linear hyperelastic model using advanced Monte-Carlo methods
settlement layout	Multimesh Finite Element Simulation of Flow and Computation of View with Applications in Computational Architecture
Shape Optimization	Large Scale Time-Dependent Geometric Inverse Problems: Shape Derivatives, PDEs on Manifolds and Computational Geometry using FEniCS and FEMorph
simulation containerization and orchestration	Glossia and FEniCS: Simple simulation containerization and orchestration
singular problems	Solving singular problems. The right way.
SLEPc	Reducing non-linear PDEs using a reduced integration proper orthogonal decomposition method
Slope limiters	Embedded discontinuous Galerkin transport schemes with localised limiters
solvers	Multigrid for numerical weather prediction
Space-filling curve	A tetrahedral space-filling curve via bitwise interleaving
stability	Adjoint stability in a generalization of Direct FEM and Unicorn for turbulent flow
Stationary axisymmetric solutions	A Numerical Study of Axisymmetric Stationary Solutions to the Einstein-Vlasov System
Stokes	Multiphysics problems with FEniCS and nested matrices Towards the ultimate finite element method for the Stokes equations
Stokes equations	Multimesh Finite Element Simulation of Flow and Computation of View with Applications in Computational Architecture
surface PDE	Cut Finite Element Methods for Multidimensional Multiphysics Problems
surface-bulk problem	Cut Finite Element Methods for Multidimensional Multiphysics Problems
symbolic representation	DG methods for nonlinear hyperbolic and elliptic equations using FEniCS
T
TBA1	(no title given)
TBA2	(no title given)
TBA3	(no title given)
teaching	Teaching with Jupyter Notebooks
Three Field Stokes	LibCutFEM: a FEniCS based cut finite element library
Tidal power	OpenTidalFarm 1.6: A software package for the optimisation of tidal turbine arrays
time-dependent discontinuities	An XFEM toolbox for FEniCS
turbulence	Adjoint stability in a generalization of Direct FEM and Unicorn for turbulent flow
U
ultrathin films	Arclength continuation in FEniCS and its application to the study of wrinkling of ultrathin films
uncertainty propagation	Propagating uncertainty through a non-linear hyperelastic model using advanced Monte-Carlo methods
uncertainty quantification	FEniCS for uncertainty quantification using multilayer Monte Carlo methods
Unicorn	Adjoint stability in a generalization of Direct FEM and Unicorn for turbulent flow
W
web	Orchestrating clinical simulation with FEniCS Teaching with Jupyter Notebooks
wrinkling	Arclength continuation in FEniCS and its application to the study of wrinkling of ultrathin films
X
XFEM	An XFEM toolbox for FEniCS

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