FIREDRAKE '22: FIREDRAKE '22

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

A
adaptive finite elements methods	Compatible Subdivision Finite Elements for Simulations of Maxwell’s Eigenvalue Problem
Adaptivity	Firedrake-NETGEN Integration
Adjoint	External operators in Firedrake
adjoint models	G-ADOPT: a next generation computational modelling framework for geodynamics
Anistropic diffusion	A novel solver technique for anisotropic heat flux using AIR
Antarctica	First steps for a 3d flexible, unstructured finite element ocean model for flow under ice shelf cavities
atmospheric flows	Compatible Finite Elements for terrain following meshes
Atmospheric models	Parallel-in-time solutions to finite element problems with ParaDiag
B
Boussinesq Approximation	Two Dimensional Boussinesq Equations With Navier Slip Boundary Conditions On Curved Boundaries
C
checkpointing	Scalable I/O for Firedrake and PETSc G-ADOPT: a next generation computational modelling framework for geodynamics
compatible finite element	Towards compatible finite element discretizations of stochastic rotating shallow water equations in Firedrake
compatible finite elements	Gusto: current status and future plans Time-parallel algorithms in Gusto Compatible Finite Elements for terrain following meshes
compressible Stokes equations	Finite element methods for the Stokes–Onsager–Stefan–Maxwell equations of multicomponent flow
D
data assimilation	Point Data in Firedrake
Dedalus	Reflections on solving PDEs through the lens of symmetries
Differentiable programming	External operators in Firedrake
dolfin-adjoint	Point Data in Firedrake
Domain decomposition	PCHPDDM for Domain Decomposition Preconditioners
domain specific language	Gusto: current status and future plans pyop3: A new domain-specific language for automating high-performance mesh-based simulation codes Point Data in Firedrake
DSL	Point Data in Firedrake
Dual space	External operators in Firedrake
E
El-nino southern oscillation	Numerical simulation of an idealized coupled ocean-atmosphere climate model
Element	Reflections on solving PDEs through the lens of symmetries
ensemble predictions	Towards compatible finite element discretizations of stochastic rotating shallow water equations in Firedrake
External operators	External operators in Firedrake
F
FIAT	Initial thoughts on the implementation and algebra of finite elements
Finite Element	Initial thoughts on the implementation and algebra of finite elements
finite element method	Finite element methods for the Stokes–Onsager–Stefan–Maxwell equations of multicomponent flow
Finite Elements	A novel solver technique for anisotropic heat flux using AIR Modeling extreme water waves with Firedrake
Fireshape	Shape optimization with H^2 shape gradients
Form Manipulation Labelling	Moist shallow water equations with Gusto, using form manipulation labelling
free boundary problems	Algebraic topology for fun and profit
G
Garbage collection	Cleaning up distributed objects in managed languages and applications in extremely large scale simulations
geodynamics	G-ADOPT: a next generation computational modelling framework for geodynamics
geophysical fluid dynamics	Gusto: current status and future plans Time-parallel algorithms in Gusto
Gradient descent	Shape optimization with H^2 shape gradients
Gusto	Moist shallow water equations with Gusto, using form manipulation labelling
H
HDF5	Scalable I/O for Firedrake and PETSc
Helmholtz	Shifted HSS preconditioners for the indefinite Helmholtz equation
HPC	Cleaning up distributed objects in managed languages and applications in extremely large scale simulations
HSS	Shifted HSS preconditioners for the indefinite Helmholtz equation
hybridised formulation	Compatible Finite Elements for terrain following meshes
hydrogeology	Algebraic topology for fun and profit
hydrology	Algebraic topology for fun and profit
I
I/O	Scalable I/O for Firedrake and PETSc
ice shelves	First steps for a 3d flexible, unstructured finite element ocean model for flow under ice shelf cavities
Implementation	Initial thoughts on the implementation and algebra of finite elements
implicit constitutive relations
Inner product	Shape optimization with H^2 shape gradients
intermediate coupled ocean-atmosphere models	Numerical simulation of an idealized coupled ocean-atmosphere climate model
Interoperability	External operators in Firedrake
inverse modelling	G-ADOPT: a next generation computational modelling framework for geodynamics
L
Large scale	Cleaning up distributed objects in managed languages and applications in extremely large scale simulations
linear irreversible thermodynamics	Finite element methods for the Stokes–Onsager–Stefan–Maxwell equations of multicomponent flow
M
Machine learning	External operators in Firedrake
mantle convection	G-ADOPT: a next generation computational modelling framework for geodynamics
Maxwell's Eigenvalue problem	Compatible Subdivision Finite Elements for Simulations of Maxwell’s Eigenvalue Problem
Mesher	Firedrake-NETGEN Integration
Meshing	Firedrake-NETGEN Integration
Mixed finite element methods	Improving the accuracy of discretisations of the vector transport equation on the lowest-order HDiv elements
mixed finite elements	Algebraic topology for fun and profit
Moist Shallow Water Equations	Moist shallow water equations with Gusto, using form manipulation labelling
multicomponent flows	Finite element methods for the Stokes–Onsager–Stefan–Maxwell equations of multicomponent flow
multigrid	Solvers for the Riesz maps of the de Rham complex with optimal complexity in polynomial degree
Multigrid methods	A novel solver technique for anisotropic heat flux using AIR
N
Navier-Slip Boundary Conditions	Two Dimensional Boussinesq Equations With Navier Slip Boundary Conditions On Curved Boundaries
Navier-Stokes Equations	Two Dimensional Boussinesq Equations With Navier Slip Boundary Conditions On Curved Boundaries
Netgen	Firedrake-NETGEN Integration
NGSolve	Firedrake-NETGEN Integration
numerical simulation	Numerical simulation of an idealized coupled ocean-atmosphere climate model
O
OCC	Firedrake-NETGEN Integration
ocean modelling	First steps for a 3d flexible, unstructured finite element ocean model for flow under ice shelf cavities
Onsager–Stefan–Maxwell diffusion	Finite element methods for the Stokes–Onsager–Stefan–Maxwell equations of multicomponent flow
Open Cascade	Firedrake-NETGEN Integration
optimal complexity	Solvers for the Riesz maps of the de Rham complex with optimal complexity in polynomial degree
Optimisation	Shape optimization with H^2 shape gradients
Optimization	Shape optimization with H^2 shape gradients
P
p-refinement	Modeling extreme water waves with Firedrake
Parallel in time	Parallel-in-time solutions to finite element problems with ParaDiag
PDE-constrained optimization problems	External operators in Firedrake
perfect plasticity
PETSc	Cleaning up distributed objects in managed languages and applications in extremely large scale simulations
Plasma models	A novel solver technique for anisotropic heat flux using AIR
point cloud	Point Data in Firedrake
point data	Point Data in Firedrake
point evaluation	Point Data in Firedrake
point forcing	Point Data in Firedrake
Preconditioning	PCHPDDM for Domain Decomposition Preconditioners
pyadjoint	Point Data in Firedrake
Python	Cleaning up distributed objects in managed languages and applications in extremely large scale simulations
R
Raviart-Thomas finite elements	Improving the accuracy of discretisations of the vector transport equation on the lowest-order HDiv elements
Rayleigh-Bénard Convection	Two Dimensional Boussinesq Equations With Navier Slip Boundary Conditions On Curved Boundaries
Recovered finite element methods	Improving the accuracy of discretisations of the vector transport equation on the lowest-order HDiv elements
Riesz maps	Solvers for the Riesz maps of the de Rham complex with optimal complexity in polynomial degree
Runge-Kutta method	Irksome: Automated Runge-Kutta methods
S
Shape optimisation	Shape optimization with H^2 shape gradients
Shape optimization	Shape optimization with H^2 shape gradients
Shift preconditioning	Shifted HSS preconditioners for the indefinite Helmholtz equation
software abstraction	pyop3: A new domain-specific language for automating high-performance mesh-based simulation codes
space-time discrete variational principles	Modeling extreme water waves with Firedrake
Spectral	Reflections on solving PDEs through the lens of symmetries
Spectral coarse spaces	PCHPDDM for Domain Decomposition Preconditioners
stochastic flow models	Towards compatible finite element discretizations of stochastic rotating shallow water equations in Firedrake
structure preserving simulations	Compatible Subdivision Finite Elements for Simulations of Maxwell’s Eigenvalue Problem
T
thermodynamically consistent models
Time integration	Parallel-in-time solutions to finite element problems with ParaDiag
time-dependent PDE	Irksome: Automated Runge-Kutta methods
time-parallel algorithms	Time-parallel algorithms in Gusto
U
UFL	Point Data in Firedrake Initial thoughts on the implementation and algebra of finite elements Irksome: Automated Runge-Kutta methods
Unified Form Language	Point Data in Firedrake
unstructured mesh	pyop3: A new domain-specific language for automating high-performance mesh-based simulation codes
V
Vector transport equation	Improving the accuracy of discretisations of the vector transport equation on the lowest-order HDiv elements
VertexOnlyMesh	Point Data in Firedrake
W
water-wave modelling	Modeling extreme water waves with Firedrake

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