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Advancements to the Digital Representation Environment for Analysis of Materials in 3-Dimensions—DREAM.3D

More than 15 years ago, researchers at the Air Force Research Laboratory (AFRL), together with sponsors from DARPA and AFOSR, explored methods for directly including 3-dimensional (3D) microstructure information into engineering design systems [1]. In time, advancements led to BlueQuartz Software developing DREAM.3D (D3D) for public use in 2012 [2]. Two early use modes of D3D centered on processing experimental 3d-EBSD data to perform virtual reconstructions, and generation of “synthetic,” statistically-equivalent, virtual materials using quantitative microstructure information for predictive simulations. To foster the broadest use of these capabilities, D3D was introduced as an open-source project, enabling an international community of users and contributors.