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Multiphysics Object Oriented Simulation Environment
C++ C Python Other
branch: devel

Merge pull request #4866 from dschwen/dpmi_signedness_1777

Fix signedness warning in DerivativeMaterialInterface
latest commit 227b89a466
@jwpeterson jwpeterson authored
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examples Update ex21.i comments for PresentationBlaster support (refs #4343)
framework Fix signedness warning (#1777)
gui Protect parameters containing equal signs (#4838)
libmesh @ 3006082 Libmesh update #000.
modules Avoid divide by zero #4867
python PresentationBuilder tweaks for training manual (refs #4343)
scripts Improved auto naming for continued sections (refs #4343)
test Test 'outputs' parameter for AuxVariable/Variable blocks
tutorials/darcy_thermo_mech Added time adaptivity and multiple subdomains in step 7
unit Add unit GrainTracker and EBSD stuff (#4759)
.gitattributes Hacking linguist some more
.gitignore Simplified and softlinked doxygen in tutorials directories
.gitmodules switch to using https for libMesh so people dont need keys setup #2460
.mailmap Update .mailmap
COPYRIGHT Starting MOOSE project - adding license, copyright and export control
EXPORT_CONTROL Starting MOOSE project - adding license, copyright and export control
LICENSE Adding Contributing information to README #000


The Multiphysics Object-Oriented Simulation Environment (MOOSE) is a finite-element, multiphysics framework primarily developed by Idaho National Laboratory. It provides a high-level interface to some of the most sophisticated nonlinear solver technology on the planet. MOOSE presents a straightforward API that aligns well with the real-world problems scientists and engineers need to tackle. Every detail about how an engineer interacts with MOOSE has been thought through, from the installation process through running your simulation on state of the art supercomputers, the MOOSE system will accelerate your research.

Some of the capability at your fingertips:

  • Fully-coupled, fully-implicit multiphysics solver
  • Dimension independent physics
  • Automatically parallel (largest runs >100,000 CPU cores!)
  • Modular development simplifies code reuse
  • Built-in mesh adaptivity
  • Continuous and Discontinuous Galerkin (DG) (at the same time!)
  • Intuitive parallel multiscale solves (see videos below)
  • Dimension agnostic, parallel geometric search (for contact related applications)
  • Flexible, plugable graphical user interface
  • ~30 plugable interfaces allow specialization of every part of the solve

More Information

For more information, including installation instructions, please see the official website:


For information on how to contribute code changes to MOOSE please see the wiki.

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