Pinned Repositories
arena_brachyura
Hobby project for learning Rust
CouDALFISh
Coupling, via Dynamic Augmented Lagrangian, of Fluids with Immersed Shells
discretely-div-free-subscales
FEniCS and tIGAr-based scripts to study variational multiscale modeling with discretely divergence-free subscales.
mae-131a-demos
Computational lecture demos for MAE 131A at UC San Diego
mae-131b-demos
FEniCS-based lecture demos to accompany the course MAE 131B at UC San Diego.
mae-207-fea-for-coupled-problems
Code examples for the class "MAE 207: FEA for coupled problems" at UC San Diego
ShNAPr
Isogeometric analysis of shells using tIGAr.
tIGAr
A Python library for isogeometric analysis (IGA) using FEniCS.
uli-workshop-examples-2022
Examples of using the FEniCS finite element software, for the ULI software workshop on 4 February, 2022.
VarMINT
Variational Multiscale Incompressible Navier--Stokes Toolkit
david-kamensky's Repositories
david-kamensky/tIGAr
A Python library for isogeometric analysis (IGA) using FEniCS.
david-kamensky/mae-207-fea-for-coupled-problems
Code examples for the class "MAE 207: FEA for coupled problems" at UC San Diego
david-kamensky/VarMINT
Variational Multiscale Incompressible Navier--Stokes Toolkit
david-kamensky/CouDALFISh
Coupling, via Dynamic Augmented Lagrangian, of Fluids with Immersed Shells
david-kamensky/ShNAPr
Isogeometric analysis of shells using tIGAr.
david-kamensky/uli-workshop-examples-2022
Examples of using the FEniCS finite element software, for the ULI software workshop on 4 February, 2022.
david-kamensky/mae-131b-demos
FEniCS-based lecture demos to accompany the course MAE 131B at UC San Diego.
david-kamensky/mae-131a-demos
Computational lecture demos for MAE 131A at UC San Diego
david-kamensky/arena_brachyura
Hobby project for learning Rust
david-kamensky/discretely-div-free-subscales
FEniCS and tIGAr-based scripts to study variational multiscale modeling with discretely divergence-free subscales.
david-kamensky/dolfinx
Next generation FEniCS problem solving environment
david-kamensky/MOOC-HPFEM-source
david-kamensky/mfem
Lightweight, general, scalable C++ library for finite element methods
david-kamensky/residual-based-shock-visc-solids
Code examples illustrating a residual-based shock viscosity for solid mechanics.
david-kamensky/web
FEniCS website