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This page should help you answer three major questions:

  1. Which code do I need to use?
  2. How do I get it?
  3. How do I use it?

Codes are divided into the following categories:

Code Family

Description

Atomistic Simulation

Tools to perform ab-initio, density functional theory (DFT), and molecular dynamics (MD) simulations of materials

CAD & Meshing

Tools to make computer drawings and models (2D & 3D) of whatever you want. These include tools for creating line drawings, solid models of 3D objects, and creating meshes on 2D & 3D models for input into other finite element solvers.

Data Postprocessing & Visualization

Tools to help extract useful data from large datasets, and to help visualize complex sets of data

Fluid & Heat Transfer

Tools to model fluid and energy transfer through materials and systems

General Solvers & Libraries

General purpose frameworks and libraries to help get other things done, and multiphysics frameworks that apply to many different types of problems

Materials & Fuel Performance

Tools to model the performance of materials, corrosion, chemistry, and radiation damage

Reactor Physics

Neutronic analysis tools, for steady state, depletion, fuel shuffling, accidents, and reactor operation

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