The final product geometries in AM are often deformed or distorted. The deviations of three-dimensional (3D) shapes from their intended designs can be represented as 2D surfaces in a \(\mathbb {R}^3\) space, which constitutes a complicated set of data for representing, learning, and predicting geometric quality. Patterns of deviation surfaces vary with shape geometries, sizes/volumes, materials, and AM processes.

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Representation of Three-Dimensional (3D) Geometric Quality

  • Qiang Huang

摘要

The final product geometries in AM are often deformed or distorted. The deviations of three-dimensional (3D) shapes from their intended designs can be represented as 2D surfaces in a \(\mathbb {R}^3\) space, which constitutes a complicated set of data for representing, learning, and predicting geometric quality. Patterns of deviation surfaces vary with shape geometries, sizes/volumes, materials, and AM processes.