A microstructure analytics and 3D reconstruction software package, DREAM.3D, was integrated as a module into a cloud-based platform, BisQue. Parallelization of DREAM.3D module executions and the ability to parameterize pipeline variables over a range of values have led to insights about the grain segmentation misorientation tolerance in TriBeam-collected 3D EBSD datasets of additively manufactured materials with complex anisotropic microstructures. Furthermore, a comparison in grain size measurements was made between standard 2D metallographic slices and 3D measures using BisQue’s parallelized DREAM.3D module executions. The direction of cloud-based data infrastructure and the prospects for impact in material science are also discussed.

中文翻译：

---

基于云的BisQue基础架构中增材制造的三维分析和重构

微结构分析和3D重建软件包DREAM.3D作为模块集成到基于云的平台BisQue中。DREAM.3D模块执行的并行化以及在一系列值上对管道变量进行参数化的能力，已导致人们对TriBeam收集的具有复杂各向异性微观结构的增材制造材料的3D EBSD数据集中的晶粒分割取向错误耐受性有了深刻见解。此外，使用BisQue的并行化DREAM.3D模块执行方式，对标准2D金相切片和3D测量之间的晶粒尺寸测量进行了比较。还讨论了基于云的数据基础架构的方向以及在材料科学中产生影响的前景。