FIREDRAKE '23: FIREDRAKE '23

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

A
absorbing boundary conditions	A new class of absorbing boundary conditions for the Helmholtz equation
additive Schwarz	Optimal solvers for high-order mixed FEM in the de Rham complex
Adjoint-based gradient	A checkpoint schedule package for incremental of adjoint simulations
atmosphere	Gusto: recent progress and future plans
Atmospheric modelling	Parallel-in-time solutions to time-dependent finite element models using Firedrake and PETSc
Automatic differentiation	Differential programming across the PDE and ML barrier
B
BGG	A uniformly $hp$-stable element for the stress complex
C
Checkpoint schedules	A checkpoint schedule package for incremental of adjoint simulations
Ciarlet	Redefining the finite element
compiler	Latest developments in pyop3
complex	A new class of absorbing boundary conditions for the Helmholtz equation
Corner detection	Corner formation, removal, and detection in shape optimisation with Fireshape
Corners	Corner formation, removal, and detection in shape optimisation with Fireshape
coupling	An exploration into coupling Finite Elements and Particles in ExCALIBUR NEPTUNE Towards Parallel Compatible Mesh-to-Mesh Interpolation
Curved Elements	Firedrake-NETGEN Integration: New Features
D
Data assimilation	Data assimilation algorithm using advanced particle filters for stochastic PDEs
de Rham complex	Optimal solvers for high-order mixed FEM in the de Rham complex
Differentiable programming	Differential programming across the PDE and ML barrier
domain-specific language	Latest developments in pyop3
Dual spaces	Differential programming across the PDE and ML barrier
E
Ensemble parallelism	Data assimilation algorithm using advanced particle filters for stochastic PDEs
error estimation	Machine Learning Assisted Mesh Adaptation utilizing Pyroteus
exascale	GPU Code Generation for Finite Elements with Firedrake
exterior calculus	A uniformly $hp$-stable element for the stress complex
External operators	Differential programming across the PDE and ML barrier
extreme waves	Automated generation of weak formulations: application to potential-flow simulations on extreme waves arising from soliton interactions
F
finite element	Redefining the finite element
finite element method (FEM)	Development of Numerical-Wavetank Models using Firedrake
Finite elements	Structure preserving (space)-time adaptivity First- and second-order time-stepping schemes for the rotating shallow water equations
Firedrake	GPU Code Generation for Finite Elements with Firedrake
Flow Control	HydroGym: Scientific Reinforcement Learning with Firedrake
fluid dynamics	Gusto: recent progress and future plans
Fluid-Structure-Interaction	A Finite Element Method for Soft-active Kirchhoff Rods Swimming at Low Reynolds Numbers in Viscous Fluids
Fusion	An exploration into coupling Finite Elements and Particles in ExCALIBUR NEPTUNE
G
geometric time integrators	Development of Numerical-Wavetank Models using Firedrake
GPU	GPU Code Generation for Finite Elements with Firedrake
group theory	Redefining the finite element
H
helmholtz	A new class of absorbing boundary conditions for the Helmholtz equation
hexahedral	A new class of absorbing boundary conditions for the Helmholtz equation
High Order	Firedrake-NETGEN Integration: New Features
high-order	Optimal solvers for high-order mixed FEM in the de Rham complex
High-order finite element methods	High-Order Finite Element Schemes for Multicomponent Flow Problems
high-order finite elements	A uniformly $hp$-stable element for the stress complex
HPC	GPU Code Generation for Finite Elements with Firedrake
I
industrial project	Fireshape: a shape optimization toolbox for firedrake
interpolation	Towards Parallel Compatible Mesh-to-Mesh Interpolation
Inverse homogenisation	Inverse homogenisation for the design of periodic microstructures with targeted non-linear structural response
K
Kadomtsev-Petviashvili equation	Automated generation of weak formulations: application to potential-flow simulations on extreme waves arising from soliton interactions
L
Library development	Parallel-in-time solutions to time-dependent finite element models using Firedrake and PETSc
linear elasticity	A uniformly $hp$-stable element for the stress complex
M
Machine Learning	Machine Learning Assisted Mesh Adaptation utilizing Pyroteus Differential programming across the PDE and ML barrier
mesh	Latest developments in pyop3
mesh adaptivity	Towards Parallel Compatible Mesh-to-Mesh Interpolation
Mesh singularity	Corner formation, removal, and detection in shape optimisation with Fireshape
Mesher	Firedrake-NETGEN Integration: New Features
Meshing	Firedrake-NETGEN Integration: New Features
Metamaterials	Inverse homogenisation for the design of periodic microstructures with targeted non-linear structural response
Metric Mesh Adaptation	Machine Learning Assisted Mesh Adaptation utilizing Pyroteus
Microfluidics	A Finite Element Method for Soft-active Kirchhoff Rods Swimming at Low Reynolds Numbers in Viscous Fluids
Mixed Finite Elements	Finite element methods for optimal transport problems and applications Efficient numerical simulation of smectic liquid crystals
monolithic multigrid	Efficient numerical simulation of smectic liquid crystals
Multicomponent flows	High-Order Finite Element Schemes for Multicomponent Flow Problems
N
Netgen	Firedrake-NETGEN Integration: New Features
NGSolve	Firedrake-NETGEN Integration: New Features
Nitsche’s method	A Finite Element Method for Soft-active Kirchhoff Rods Swimming at Low Reynolds Numbers in Viscous Fluids
non-matching multigrid	Towards Parallel Compatible Mesh-to-Mesh Interpolation
Nonlinear partial differential equations	High-Order Finite Element Schemes for Multicomponent Flow Problems
Numerical wavetanks	Development of Numerical-Wavetank Models using Firedrake
numerical weather prediction	Time-parallel integration and phase averaging for the nonlinear shallow-water equations on the sphere
O
OCC	Firedrake-NETGEN Integration: New Features
ocean	Gusto: recent progress and future plans
Open Cascade	Firedrake-NETGEN Integration: New Features
optimal complexity	Optimal solvers for high-order mixed FEM in the de Rham complex
Optimal Transport	Finite element methods for optimal transport problems and applications
P
parallel in time	Time-parallel integration and phase averaging for the nonlinear shallow-water equations on the sphere
Parallel-in-time	Parallel-in-time solutions to time-dependent finite element models using Firedrake and PETSc
parallelism	Towards Parallel Compatible Mesh-to-Mesh Interpolation
Particle filter	Data assimilation algorithm using advanced particle filters for stochastic PDEs
Particles	An exploration into coupling Finite Elements and Particles in ExCALIBUR NEPTUNE
performance optimisation	Latest developments in pyop3
Performance-portability	An exploration into coupling Finite Elements and Particles in ExCALIBUR NEPTUNE
Periodic microstructures	Inverse homogenisation for the design of periodic microstructures with targeted non-linear structural response
phase averaging	Time-parallel integration and phase averaging for the nonlinear shallow-water equations on the sphere
Physics-driven machine learning	Differential programming across the PDE and ML barrier
potential flow theory	Development of Numerical-Wavetank Models using Firedrake
potential-flow equations	Automated generation of weak formulations: application to potential-flow simulations on extreme waves arising from soliton interactions
preconditioning	Optimal solvers for high-order mixed FEM in the de Rham complex
Primal-dual Optimization	Finite element methods for optimal transport problems and applications
Prototyping	An exploration into coupling Finite Elements and Particles in ExCALIBUR NEPTUNE
pyop3	GPU Code Generation for Finite Elements with Firedrake
pyroteus	Machine Learning Assisted Mesh Adaptation utilizing Pyroteus
PyTorch	Differential programming across the PDE and ML barrier
R
Reinforcement Learning	HydroGym: Scientific Reinforcement Learning with Firedrake
Reinforcement Learning Benchmark	HydroGym: Scientific Reinforcement Learning with Firedrake
Reinforcement Learning Environments	HydroGym: Scientific Reinforcement Learning with Firedrake
Revolvers	A checkpoint schedule package for incremental of adjoint simulations
S
shallow water equations	First- and second-order time-stepping schemes for the rotating shallow water equations
Shape optimisation	Corner formation, removal, and detection in shape optimisation with Fireshape
shape optimization	Corner formation, removal, and detection in shape optimisation with Fireshape Fireshape: a shape optimization toolbox for firedrake
smectic A liquid crystals	Efficient numerical simulation of smectic liquid crystals
Space-time adaptivity	Structure preserving (space)-time adaptivity
Stochastic PDEs	Data assimilation algorithm using advanced particle filters for stochastic PDEs
Structure preservation	Structure preserving (space)-time adaptivity
T
Time-stepping	First- and second-order time-stepping schemes for the rotating shallow water equations
toolbox	Fireshape: a shape optimization toolbox for firedrake
Topology optimization	Inverse homogenisation for the design of periodic microstructures with targeted non-linear structural response
V
vertex-only mesh	Towards Parallel Compatible Mesh-to-Mesh Interpolation
W
weak formulations	Automated generation of weak formulations: application to potential-flow simulations on extreme waves arising from soliton interactions

Disclaimer | Powered by EasyChair Smart Program