FIREDRAKE '24: FIREDRAKE '24

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

3
3D printing	High Resolution 3D Printing: Photopolymerization Modeling
A
a posteriori analysis
a priori analysis
accelerators	The modern CUDA ecosystem: talking to your GPU
Adaptive FE	Adaptive, Structure-Preserving Finite Elements through Subdivision
adjoint	Adjoint checkpointing with Firedrake: Challenges and opportunities
Adjoint-based gradient	Adjoint-based gradient: Memory Management and Ensemble Reduced Functional
Aerospace	Towards Lithium-Sulfur Batteries for Aerospace Applications by means of Firedrake
Apple MacBook	Reinventing the wheel
atmospheric dynamics	Adventures in ASM land for geophysical fluid models
Atmospheric modelling	Parallel-in-time acceleration of atmospheric models using ParaDiag
B
Beta-to-omega phase transformation	Growth of omega phase in metastable alloys using phase-field method
BLAS	Reinventing the wheel
C
checkpointing	Adjoint-based gradient: Memory Management and Ensemble Reduced Functional Adjoint checkpointing with Firedrake: Challenges and opportunities
Ciarlet definition	Redefining the finite element
Code generation	pyop3 is coming
compatible FE	Adaptive, Structure-Preserving Finite Elements through Subdivision
compilers	The modern CUDA ecosystem: talking to your GPU
compressible Stokes equations	High-order finite element schemes for three-dimensional multicomponent convection-diffusion
Conforming Recovery Operators	Recovered Finite Element Methods for the Time-Harmonic Maxwell Equations
conservation laws	High-order conservative and accurately dissipative numerical integrators via auxiliary variables
Constitutive law	A Finite Element Approach In Data-Driven Computational Mechanics
constraints	Building a wave-to-wire finite-element wave-energy model in Firedrake
Continuity	Redefining the finite element
Continuum Model	An Efficient Model for 3D Multiphase Flow of Tumour Growth
convection	Firedrake applications from fusion plasma modelling
Coupling	Submesh in Firedrake Progress coupling Finite Elements from Firedrake with Particles in Excalibur NEPTUNE
cross-diffusion	High-order finite element schemes for three-dimensional multicomponent convection-diffusion
CSG	ngsPETSc: NETGEN/NGSolve meets PETSc
D
darcy flow	Developing a Digital Twin of Westerly Granite to Investigate Fluid Transport and Heterogeneity During Fault Evolution
Data assimilation	Advanced particle filtering data assimilation framework for Stochastic PDEs
Data-Driven Computational Mechanics	A Finite Element Approach In Data-Driven Computational Mechanics
DG	Towards Lithium-Sulfur Batteries for Aerospace Applications by means of Firedrake
Discontinuous Galerkin	Recovered Finite Element Methods for the Time-Harmonic Maxwell Equations 3D Battery Model incorporating large Particle Expansions determining Electrolyte Movement
dissipation inequalities	High-order conservative and accurately dissipative numerical integrators via auxiliary variables
Domain-specific languages	pyop3 is coming
E
Electrolyte Depletion	3D Battery Model incorporating large Particle Expansions determining Electrolyte Movement
energy preservation	Towards compatible finite element discretizations of stochastic rotating shallow water equations in Firedrake
F
finite element	Towards compatible finite element discretizations of stochastic rotating shallow water equations in Firedrake New elements in Firedrake Redefining the finite element
finite element method	Growth of omega phase in metastable alloys using phase-field method On the nullspaces and boundary conditions of the viscous flow in geodynamics and glacier simulations
finite elements	Using Firedrake to develop Machine Learning models for atmospheric fluid dynamics Building a wave-to-wire finite-element wave-energy model in Firedrake
finite elements in time	High-order conservative and accurately dissipative numerical integrators via auxiliary variables
Firedrake	Reinventing the wheel An Efficient Model for 3D Multiphase Flow of Tumour Growth Using Firedrake to develop Machine Learning models for atmospheric fluid dynamics Operator learning x Firedrake Welcome
Firedrake package	A semismooth Newton method for obstacle-type quasivariational inequalities
fireshape	Fireshape: a shape optimization toolbox for firedrake
flow past cylinder	Exploring mixed $h$ and $r$ adaptivity in 2-D unsteady PDE problems
fluid-structure interaction	Submesh in Firedrake
free surface	On the nullspaces and boundary conditions of the viscous flow in geodynamics and glacier simulations
fusion	Firedrake applications from fusion plasma modelling Progress coupling Finite Elements from Firedrake with Particles in Excalibur NEPTUNE
G
Gateaux derivative	On the nullspaces and boundary conditions of the viscous flow in geodynamics and glacier simulations
geometric numerical integration	High-order conservative and accurately dissipative numerical integrators via auxiliary variables
Grad-Shafranov Equation	Multiple solutions of the Grad-Shafranov Equation using Firedrake and DefCon
gradient-based optimisation	Adjoint-based optimisation for calibration of a Thetis shallow-water equation model for tidal array design
H
Hamiltonian problems	High-order conservative and accurately dissipative numerical integrators via auxiliary variables
high-order	New elements in Firedrake High-order IMEX-HDG timestepping methods for the incompressible Euler equations
high-order finite element methods	High-order finite element schemes for three-dimensional multicomponent convection-diffusion
higher order	Adjoint checkpointing with Firedrake: Challenges and opportunities
HPC	Parallel-in-time acceleration of atmospheric models using ParaDiag Reinventing the wheel
hybridised DG	High-order IMEX-HDG timestepping methods for the incompressible Euler equations
I
IMEX methods	High-order IMEX-HDG timestepping methods for the incompressible Euler equations
implicit timestepping	Adventures in ASM land for geophysical fluid models
incompressible Euler	High-order IMEX-HDG timestepping methods for the incompressible Euler equations
Incompressible fluids	A Nitsche method for fluid flow with set-valued and dynamic slip boundary conditions
Install	Reinventing the wheel
inverse analysis	Developing a Digital Twin of Westerly Granite to Investigate Fluid Transport and Heterogeneity During Fault Evolution
K
Koiter's model
L
Li-ion battery	3D Battery Model incorporating large Particle Expansions determining Electrolyte Movement
Lithium-Sulfur Batteries	Towards Lithium-Sulfur Batteries for Aerospace Applications by means of Firedrake
Logistics	Welcome
M
macro-element	New elements in Firedrake
magnetic cloaking	Going stealth: magnetic cloaking via PDE-constrained optimization
Magnetohydrodynamics	Multiple solutions of the Grad-Shafranov Equation using Firedrake and DefCon
Mesh adaptivity	Exploring mixed $h$ and $r$ adaptivity in 2-D unsteady PDE problems
mesh movement	Exploring mixed $h$ and $r$ adaptivity in 2-D unsteady PDE problems
mesh optimisation	Exploring mixed $h$ and $r$ adaptivity in 2-D unsteady PDE problems
meshing	ngsPETSc: NETGEN/NGSolve meets PETSc
model calibration	Adjoint-based optimisation for calibration of a Thetis shallow-water equation model for tidal array design
moisture	Adventures in ASM land for geophysical fluid models
monolithic solvers	Adventures in ASM land for geophysical fluid models
multicomponent flows	High-order finite element schemes for three-dimensional multicomponent convection-diffusion Preconditioners for Multicomponent Flows
multigrid	Preconditioners for Multicomponent Flows High-order IMEX-HDG timestepping methods for the incompressible Euler equations
Multiphase System	An Efficient Model for 3D Multiphase Flow of Tumour Growth
Multiple solutions	Multiple solutions of the Grad-Shafranov Equation using Firedrake and DefCon
N
Naghdi's model
Navier's slip	Determination of Navier's slip parameter using variational data assimilation
Navier-Stokes equation	Determination of Navier's slip parameter using variational data assimilation
netgen	ngsPETSc: NETGEN/NGSolve meets PETSc
Neural operator	Operator learning x Firedrake
Neural PDE	Using Firedrake to develop Machine Learning models for atmospheric fluid dynamics
Nitsche's method	A Nitsche method for fluid flow with set-valued and dynamic slip boundary conditions
Nonlinear coupled PDEs	High Resolution 3D Printing: Photopolymerization Modeling
Nonlinear slip boundary conditions	A Nitsche method for fluid flow with set-valued and dynamic slip boundary conditions
numerical modeling	Going stealth: magnetic cloaking via PDE-constrained optimization
O
OCC	ngsPETSc: NETGEN/NGSolve meets PETSc
open cascade	ngsPETSc: NETGEN/NGSolve meets PETSc
Operator learning	Operator learning x Firedrake
optimization constrained to PDEs	Fireshape: a shape optimization toolbox for firedrake
Optimization problem	A Finite Element Approach In Data-Driven Computational Mechanics
P
Parallel-in-time	Parallel-in-time acceleration of atmospheric models using ParaDiag
particle filtering	Advanced particle filtering data assimilation framework for Stochastic PDEs
Particles	Progress coupling Finite Elements from Firedrake with Particles in Excalibur NEPTUNE
PDE-constrained optimization	Going stealth: magnetic cloaking via PDE-constrained optimization
Performance-portability	Progress coupling Finite Elements from Firedrake with Particles in Excalibur NEPTUNE
PETSc	Reinventing the wheel
Phase-field method	Growth of omega phase in metastable alloys using phase-field method
Photopolymerization	High Resolution 3D Printing: Photopolymerization Modeling
plasma physics	Firedrake applications from fusion plasma modelling
Porous Electrode Theory	3D Battery Model incorporating large Particle Expansions determining Electrolyte Movement
Porous Media	Towards Lithium-Sulfur Batteries for Aerospace Applications by means of Firedrake
preconditioners	Preconditioners for Multicomponent Flows
programming models	The modern CUDA ecosystem: talking to your GPU
Prototyping	Progress coupling Finite Elements from Firedrake with Particles in Excalibur NEPTUNE
pyadjoint	Developing a Digital Twin of Westerly Granite to Investigate Fluid Transport and Heterogeneity During Fault Evolution
Python	Reinventing the wheel
PyTorch	Using Firedrake to develop Machine Learning models for atmospheric fluid dynamics
Q
quasivariational inequalities	A semismooth Newton method for obstacle-type quasivariational inequalities
R
Reduced functional	Adjoint-based gradient: Memory Management and Ensemble Reduced Functional
Reynolds transport theorem	On the nullspaces and boundary conditions of the viscous flow in geodynamics and glacier simulations
rock mechanics	Developing a Digital Twin of Westerly Granite to Investigate Fluid Transport and Heterogeneity During Fault Evolution
S
Scale-Resolving Simulation	Towards Lithium-Sulfur Batteries for Aerospace Applications by means of Firedrake
second-order accuracy	Building a wave-to-wire finite-element wave-energy model in Firedrake
Semismooth Newton method	A semismooth Newton method for obstacle-type quasivariational inequalities
Serialisation	Redefining the finite element
shallow-water equations	Adjoint-based optimisation for calibration of a Thetis shallow-water equation model for tidal array design
shape optimization	Fireshape: a shape optimization toolbox for firedrake
Simulation	Growth of omega phase in metastable alloys using phase-field method
solvers	New elements in Firedrake
space-time discrete variational principles	Building a wave-to-wire finite-element wave-energy model in Firedrake
Stefan--Maxwell	High-order finite element schemes for three-dimensional multicomponent convection-diffusion
stochastic flow models	Towards compatible finite element discretizations of stochastic rotating shallow water equations in Firedrake
Stochastic PDEs	Advanced particle filtering data assimilation framework for Stochastic PDEs
stochastic subgrid modeling	Towards compatible finite element discretizations of stochastic rotating shallow water equations in Firedrake
Stokes equation	On the nullspaces and boundary conditions of the viscous flow in geodynamics and glacier simulations
structure preservation	High-order conservative and accurately dissipative numerical integrators via auxiliary variables
structure preserving	Towards compatible finite element discretizations of stochastic rotating shallow water equations in Firedrake
Structure-preserving discretization	Operator learning x Firedrake
structure-preserving FE	Adaptive, Structure-Preserving Finite Elements through Subdivision
Subdivision	Adaptive, Structure-Preserving Finite Elements through Subdivision
submesh	Submesh in Firedrake
Symmetry	Redefining the finite element
T
Thin shell theory
tidal stream energy	Adjoint-based optimisation for calibration of a Thetis shallow-water equation model for tidal array design
Time-Harmonic Maxwell Equations	Recovered Finite Element Methods for the Time-Harmonic Maxwell Equations
turbulence	Firedrake applications from fusion plasma modelling
U
Unstructured meshes	pyop3 is coming
V
Variational data assimilation	Determination of Navier's slip parameter using variational data assimilation
viscous flow	On the nullspaces and boundary conditions of the viscous flow in geodynamics and glacier simulations
Volume Change	3D Battery Model incorporating large Particle Expansions determining Electrolyte Movement
W
Workshop	Welcome

Disclaimer | Powered by EasyChair Smart Program