# Gallery

<gallery-item
  name="LibParanumal"
  link="https://www.paranumal.com/"
  from="Parallel Numerical Algorithms Research Team"
  image="libparanumal.jpg"
>
    The libParanumal library is an experimental test bed used to develop scalable multi-GPU finite element simulation tools.
    It was released on GitHub as an openly available research software project under the MIT license in 2018
</gallery-item>

<gallery-item
  name="MFEM"
  link="http://mfem.org"
  from="Lawrence Livermore National Lab"
  image="mfem.png"
>
    MFEM is a modular parallel C++ library for finite element methods.
    Its goal is to enable the research and development of scalable finite element discretization and solver algorithms through general finite element abstractions, accurate and flexible visualization, and tight integration with the hypre library.
</gallery-item>

<gallery-item
  name="Laghos"
  link="https://github.com/CEED/Laghos/tree/occa-dev"
  from="CEED"
  image="laghos.jpg"
>
    Laghos (LAGrangian High-Order Solver) is a miniapp that solves the time-dependent Euler equations of compressible gas dynamics in a moving Lagrangian frame using unstructured high-order finite element spatial discretization and explicit high-order time-stepping.
</gallery-item>

<gallery-item
  name="NekRS"
  link="https://nek5000.mcs.anl.gov/"
  from="Argonne National Lab"
  image="nekrs.jpg"
>
    Nek, a fast and scalable high-order solver for computational fluid dynamics
</gallery-item>

<gallery-item
  name="NUMA"
  link="http://frankgiraldo.wixsite.com/mysite/numa"
  from="Naval Postgraduate School"
  image="numa.jpg"
>
    NUMA is a compressible Navier-Stokes solver specifically designed to solve the equations for applications in nonhydrostatic atmospheric modeling.
    NUMA solves the equations in a cube as well as on a sphere.
    NUMA is the dynamical core of the  U.S. Navy's NEPTUNE system.
</gallery-item>

<gallery-item
  name="CompIntense"
  from="CompIntence HPC, LLC"
  image="compintense.png"
>
    CompIntense HPC, LLC has been using OCCA extensively in development of various software applications for its activities in the financial, biotechnology and energy domains.
    OCCA facilitates rapid development of these compute-intensive applications with excellent results, and eases maintenance, porting and internal deployment across a heterogeneous and changing collection of compute resources.
</gallery-item>