FENICS `19: FENICS `19

A
Aguilar-Gastelum, Pedro	A single fluid flow poroelastic model for simulating triaxial cell tests implemented in FEniCS
Angoshtari, Arzhang	A Numerical Verification of the inf-sup Conditions of a Class of Mixed Finite Element Methods for Nonlinear Elasticity
B
Babaniyi, Olalekan	hIPPYlib: An Extensible Software Framework for Large-Scale Inverse Problems
Ballarin, F.	Enriched Galerkin Discretization for Modelling Flow in Fractured Porous Media using Mixed-Dimensional Approach
Baratta, Igor	Complex Number support in FEniCS Two-level domain decomposition preconditioners with improved plane wave coarse spaces
Bazilevs, Yuri	tIGAr: Isogeometric analysis with FEniCS
Boyce, Donald	Estimation of Anisotropic Elastic Moduli using FEniCS
Bui-Thanh, Tan	A Machine Learning Approach for Soft Tissue Remodeling
C
Cai, Xing	Compiling finite element variational forms for GPU-based assembly
Charrez, Bérénice	Finite element modeling of cardiac tissue in heart-on-a-chip systems
Chen, Yuxuan	A multigrid smoother for problems with low quality meshes
Cook, Charles	FEniCS: develop and implement a new Navier-Stokes scheme for real-fluid problems
Coronado-Gallardo, Manuel	A single fluid flow poroelastic model for simulating triaxial cell tests implemented in FEniCS
D
Dancheva, Tamara	Distributed memory algorithms for Finite Element computing in FEniCS with applications in continuum mechanics
Dantin, Mathew	Two-dimensional Thermal Finite Element Model of Directed Energy Deposition
Daversin-Catty, Cécile	Mixed-dimensional coupled finite elements in FEniCS
Diaz-Viera, Martin Alberto	Numerical solution of systems of coupled non-linear parabolic equations using mixed finite elements in FEniCS
Dokken, Jørgen	Recent developments in dolfin-adjoint
Doude, Haley	Two-dimensional Thermal Finite Element Model of Directed Energy Deposition
Díaz-Viera, Martín	A single fluid flow poroelastic model for simulating triaxial cell tests implemented in FEniCS
E
Einevoll, Gaute	A computational model for cerebral electrodiffusion based on explicit geometrical representation
Ellingsrud, Ada Johanne	A computational model for cerebral electrodiffusion based on explicit geometrical representation
Evans, Owen	Phase-field modelling of reaction-driven cracking in poro-elastic media Progress in integrating Thermodynamic and Geodynamic Models
F
Funke, Simon	Recent developments in dolfin-adjoint Compiling finite element variational forms for GPU-based assembly
Furr, William	Two-dimensional Thermal Finite Element Model of Directed Energy Deposition
G
Geballe, Zachary	FEniCS heat flow models connect micron-lengthscale experiments to the 100 km-thick thermal boundary layer at base of the Earth’s mantle
Gerami Matin, Ali	A Numerical Verification of the inf-sup Conditions of a Class of Mixed Finite Element Methods for Nonlinear Elasticity
Ghattas, Omar	hIPPYlib: An Extensible Software Framework for Large-Scale Inverse Problems hIPPYlib: An Extensible Software Framework for Large-Scale Inverse Problems with Quantified Uncertainties
Ghiorso, Mark	Progress in integrating Thermodynamic and Geodynamic Models
Gjerde, Ingeborg	Analysis and Discretization of Coupled 1D-3D Flow Models
Goncharov, Alexander	FEniCS heat flow models connect micron-lengthscale experiments to the 100 km-thick thermal boundary layer at base of the Earth’s mantle
H
Habera, Michal	Complex Number support in FEniCS Modeling of ageing concrete FEniCS-X, the future of FEniCS
Hale, Jack	FEniCS-X, the future of FEniCS
Halnes, Geir	A computational model for cerebral electrodiffusion based on explicit geometrical representation
He, Xin	Toward a Partitioned Fluid-Structure Interaction Algorithm for Photovoltaic Panel Tracker Design
Healy, Kevin E.	Finite element modeling of cardiac tissue in heart-on-a-chip systems
J
Jansson, Johan	User friendly cloud-HPC with MSO4SC-FEniCS Digital Math: constructive solution of the grand challenges in science, education and industry Unified Continuum modeling for a variety of biomedical applications Distributed memory algorithms for Finite Element computing in FEniCS with applications in continuum mechanics
Jelinek, Bohumir	Two-dimensional Thermal Finite Element Model of Directed Energy Deposition
Jones, Tim	Geodynamical modeling with FEniCS Global geodynamics in FEniCS
K
Kadeethum, T.	Enriched Galerkin Discretization for Modelling Flow in Fractured Porous Media using Mixed-Dimensional Approach
Kamensky, David	tIGAr: Isogeometric analysis with FEniCS
Kelemen, Peter	Phase-field modelling of reaction-driven cracking in poro-elastic media
King, Ryan	Toward a Partitioned Fluid-Structure Interaction Algorithm for Photovoltaic Panel Tracker Design
Krishnasamy, Ezhilmathi	User friendly cloud-HPC with MSO4SC-FEniCS
Kumar, Kundan	Analysis and Discretization of Coupled 1D-3D Flow Models
L
Labeur, Robert Jan	LEoPart: a particle add-on for FEniCS
Langguth, Johannes	Compiling finite element variational forms for GPU-based assembly
Lee, S.	Enriched Galerkin Discretization for Modelling Flow in Fractured Porous Media using Mixed-Dimensional Approach
Leoni, Massimiliano	Unified Continuum modeling for a variety of biomedical applications
Linares-Pérez, Juan Eduardo	Numerical solution of systems of coupled non-linear parabolic equations using mixed finite elements in FEniCS
M
Maljaars, Jakob	LEoPart: a particle add-on for FEniCS
Mitusch, Sebastian	Recent developments in dolfin-adjoint
Morgan, Hannah	Improved modeling of certain non-Newtonian fluids
N
Nakajima, Miki	Global geodynamics in FEniCS
Nguyen, Binh Duong	Modeling motion of dislocations and their patterns
Nick, H. M.	Enriched Galerkin Discretization for Modelling Flow in Fractured Porous Media using Mixed-Dimensional Approach
Niewiarowski, Alexander	Pneumatic membrane structures subject to hydrodynamic loads
Nordbotten, Jan Martin	Analysis and Discretization of Coupled 1D-3D Flow Models
P
Petra, Noemi	hIPPYlib: An Extensible Software Framework for Large-Scale Inverse Problems hIPPYlib: An Extensible Software Framework for Large-Scale Inverse Problems with Quantified Uncertainties
Priddy, Matthew	Two-dimensional Thermal Finite Element Model of Directed Energy Deposition
R
Richardson, Chris	Complex Number support in FEniCS Enriched Galerkin Discretization for Modelling Flow in Fractured Porous Media using Mixed-Dimensional Approach LEoPart: a particle add-on for FEniCS FEniCS-X, the future of FEniCS
Ring, Johannes	FEniCS-X, the future of FEniCS
Rognes, Marie	Mixed-dimensional coupled finite elements in FEniCS A computational model for cerebral electrodiffusion based on explicit geometrical representation FEniCS-X, the future of FEniCS
S
Sacks, Michael	A Machine Learning Approach for Soft Tissue Remodeling
Sandfeld, Stefan	Modeling motion of dislocations and their patterns
Scott, Ridgway	Improved modeling of certain non-Newtonian fluids
Silva, Elson	Two-level domain decomposition preconditioners with improved plane wave coarse spaces
Sim, Shi Joyce	The influence of spreading rate and permeability on melt focusing beneath mid-ocean ridges
Sime, Nathan	Geodynamical modeling with FEniCS Fluid pathways in a viscously deforming porous media - modeling subduction zone fluid transport FEniCS heat flow models connect micron-lengthscale experiments to the 100 km-thick thermal boundary layer at base of the Earth’s mantle Scalable computation of magma shearband models Global geodynamics in FEniCS FEniCS-X, the future of FEniCS
Solbrå, Andreas	A computational model for cerebral electrodiffusion based on explicit geometrical representation
Spiegelman, Marc	Fluid pathways in a viscously deforming porous media - modeling subduction zone fluid transport The influence of spreading rate and permeability on melt focusing beneath mid-ocean ridges Phase-field modelling of reaction-driven cracking in poro-elastic media Progress in integrating Thermodynamic and Geodynamic Models A discontinuous finite element approach to cracking in coupled poro-elastic fluid flow models
Stegman, Dave	The influence of spreading rate and permeability on melt focusing beneath mid-ocean ridges
T
Telle, Åshild	Finite element modeling of cardiac tissue in heart-on-a-chip systems
Trotter, James D.	Compiling finite element variational forms for GPU-based assembly
Tveito, Aslak	Finite element modeling of cardiac tissue in heart-on-a-chip systems
Tweed, Lucy	Progress in integrating Thermodynamic and Geodynamic Models
Tyrylgin, Aleksei	Machine learning for fast and accurate construction of the upscaled coarse grid model for problems in heterogeneous and fractured media using FEniCS and Keras libraries
V
Vadillo-Sáenz, Mario	A single fluid flow poroelastic model for simulating triaxial cell tests implemented in FEniCS
van Keken, Peter	Geodynamical modeling with FEniCS Fluid pathways in a viscously deforming porous media - modeling subduction zone fluid transport FEniCS heat flow models connect micron-lengthscale experiments to the 100 km-thick thermal boundary layer at base of the Earth’s mantle Scalable computation of magma shearband models Global geodynamics in FEniCS
van Rienen, Ursula	Automated modeling for electromagnetic stimulation experiments
Vasilyeva, Maria	Machine learning for fast and accurate construction of the upscaled coarse grid model for problems in heterogeneous and fractured media using FEniCS and Keras libraries
Villa, Umberto	hIPPYlib: An Extensible Software Framework for Large-Scale Inverse Problems hIPPYlib: An Extensible Software Framework for Large-Scale Inverse Problems with Quantified Uncertainties
Vu-Quoc, Loc	FEniCS: develop and implement a new Navier-Stokes scheme for real-fluid problems
W
Wall, Samuel	Finite element modeling of cardiac tissue in heart-on-a-chip systems
Wells, Garth	A multigrid smoother for problems with low quality meshes FEniCS-X, the future of FEniCS
Wilson, Cian	Geodynamical modeling with FEniCS Fluid pathways in a viscously deforming porous media - modeling subduction zone fluid transport The influence of spreading rate and permeability on melt focusing beneath mid-ocean ridges Progress in integrating Thermodynamic and Geodynamic Models A discontinuous finite element approach to cracking in coupled poro-elastic fluid flow models Scalable computation of magma shearband models
Wolf, Aaron	Progress in integrating Thermodynamic and Geodynamic Models
Y
Young, Ethan	Toward a Partitioned Fluid-Structure Interaction Algorithm for Photovoltaic Panel Tracker Design
Young, Joseph	Two-dimensional Thermal Finite Element Model of Directed Energy Deposition
Z
Zhang, Wenbo	A Machine Learning Approach for Soft Tissue Remodeling
Zilian, Andreas	Modeling of ageing concrete
Zimmermann, Julius	Automated modeling for electromagnetic stimulation experiments

Disclaimer | Powered by EasyChair Smart Program