FIREDRAKE '18: THE FIREDRAKE USER AND DEVELOPER MEETING 2018

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

A
adjoint	Thetis, a coastal ocean model based on Firedrake Assimilation of tide gauge data into regional tidal models with Thetis Optimisation of tidal turbine arrays in the English Channel with Firedrake Thetis
Adjoint equations	Numerical tsunami simulation using goal-oriented mesh adaptivity
atmospheric modelling	SLATE-based solvers for semi-implicit hybridised DG methods in fluid dynamics
C
cache algorithms	Quantifying data traffic of sparse matrix-vector multiplication in a multi-level memory hierarchy
code generation	FInAT is not a tabulator Automated cross element vectorization in Firedrake
Compatible finite elements	Recent progress in Gusto - a dynamical core library based on firedrake
compatible scheme	Variational finite element water wave modelling, with wave flaps, beaches and overturning waves
compatible-FE split-form	A locally conservative compatible finite element discretisation of the rotating shallow water equations
Compiler optimisations	FInAT is not a tabulator
continuum mechanics	icepack: modeling the flow of glaciers with firedrake
control	Modeling and control of smart structures
D
Data assimilation	Assimilation of tide gauge data into regional tidal models with Thetis
Dicontinuous Galerkin	SLATE-based solvers for semi-implicit hybridised DG methods in fluid dynamics
diffeomorphometry	Eulerian Metamorphosis
Discontinuous Galerkin	Solving PDEs with the Discontinuous Galerkin method in DUNE and Firedrake
domain-specific language	Using Slate: a framework for localized algebra on finite element systems
DUNE	Solving PDEs with the Discontinuous Galerkin method in DUNE and Firedrake
E
ecology	Modelling the interaction of turbulence and microbial motility in determining the spatial distribution of phytoplankton.
F
Fast algorithms	Exposing and exploiting structure: optimal code generation for high-order finite element methods
Finite element	Exposing and exploiting structure: optimal code generation for high-order finite element methods
firedrake	Modelling the interaction of turbulence and microbial motility in determining the spatial distribution of phytoplankton. Thetis, a coastal ocean model based on Firedrake Solving PDEs with the Discontinuous Galerkin method in DUNE and Firedrake
fluid dynamics	Coupling 'Physics' to a Finite Element Dynamical Core SLATE-based solvers for semi-implicit hybridised DG methods in fluid dynamics
Form compiler	Exposing and exploiting structure: optimal code generation for high-order finite element methods
G
geophysics	icepack: modeling the flow of glaciers with firedrake
glaciology	icepack: modeling the flow of glaciers with firedrake
Goal oriented mesh adaptivity	Numerical tsunami simulation using goal-oriented mesh adaptivity
Gusto	Recent progress in Gusto - a dynamical core library based on firedrake
H
Hamiltonian framework	Recent progress in Gusto - a dynamical core library based on firedrake
hybridisation	SLATE-based solvers for semi-implicit hybridised DG methods in fluid dynamics
hybridization	Using Slate: a framework for localized algebra on finite element systems
I
individual based model	Modelling the interaction of turbulence and microbial motility in determining the spatial distribution of phytoplankton.
L
library for Firedrake	Fireshape: a shape optimization library for Firedrake
local post-processing	Using Slate: a framework for localized algebra on finite element systems
locally-conservative-scheme	A locally conservative compatible finite element discretisation of the rotating shallow water equations
loop optimization	Automated cross element vectorization in Firedrake
M
mesh adaptation	Tidal power plant modelling using anisotropic mesh adaptation in Thetis
Mesh adaptivity	Numerical tsunami simulation using goal-oriented mesh adaptivity
meteorology	Coupling 'Physics' to a Finite Element Dynamical Core
microbes	Modelling the interaction of turbulence and microbial motility in determining the spatial distribution of phytoplankton.
microfiber composite	Modeling and control of smart structures
model order reduction	Modeling and control of smart structures
multigrid	SLATE-based solvers for semi-implicit hybridised DG methods in fluid dynamics
N
Numerical stability	Firedrake simulations of stairsteps in stably-stratified fluids
O
ocean modelling	Thetis, a coastal ocean model based on Firedrake
optimisation	Thetis, a coastal ocean model based on Firedrake Assimilation of tide gauge data into regional tidal models with Thetis Optimisation of tidal turbine arrays in the English Channel with Firedrake Thetis Eulerian Metamorphosis
P
PDE-constraints	Fireshape: a shape optimization library for Firedrake
performance monitoring	Quantifying data traffic of sparse matrix-vector multiplication in a multi-level memory hierarchy
physics-dynamics coupling	Coupling 'Physics' to a Finite Element Dynamical Core
preconditioners	SLATE-based solvers for semi-implicit hybridised DG methods in fluid dynamics
R
rotating-shallow-water	A locally conservative compatible finite element discretisation of the rotating shallow water equations
S
Shallow water equations	Numerical tsunami simulation using goal-oriented mesh adaptivity
shape optimization	Fireshape: a shape optimization library for Firedrake
smart structures	Modeling and control of smart structures
space-time	Eulerian Metamorphosis
Sparse matrix-vector multiplication	Quantifying data traffic of sparse matrix-vector multiplication in a multi-level memory hierarchy
Stable stratification	Firedrake simulations of stairsteps in stably-stratified fluids
Stairsteps	Firedrake simulations of stairsteps in stably-stratified fluids
static condensation	Using Slate: a framework for localized algebra on finite element systems
symplectic integration	Variational finite element water wave modelling, with wave flaps, beaches and overturning waves
T
Tensor product finite elements	FInAT is not a tabulator
Thetis	Tidal power plant modelling using anisotropic mesh adaptation in Thetis Optimisation of tidal turbine arrays in the English Channel with Firedrake Thetis
tidal energy	Thetis, a coastal ocean model based on Firedrake Optimisation of tidal turbine arrays in the English Channel with Firedrake Thetis
tidal simulations	Tidal power plant modelling using anisotropic mesh adaptation in Thetis
tidal stream	Optimisation of tidal turbine arrays in the English Channel with Firedrake Thetis
Tsunami modelling	Numerical tsunami simulation using goal-oriented mesh adaptivity
turbulence	Modelling the interaction of turbulence and microbial motility in determining the spatial distribution of phytoplankton.
V
Variational formulation	Variational finite element water wave modelling, with wave flaps, beaches and overturning waves
vectorization	Automated cross element vectorization in Firedrake
W
Wave/mean-flow interactions	Firedrake simulations of stairsteps in stably-stratified fluids

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