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Heterogeneous objects representation for Additive Manufacturing: a review

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Recent advances in additive manufacturing technologies demand for extremely customized, complex shape and multi-fold functional products. Heterogeneous objects, such as functionally graded materials, represent an attractive solution for researchers and industries in many application fields. Combining geometric modelling and material assignment in a definitive and accessible CAD tool is still a challenge. In this review the key aspects of heterogenous object representation related to additive manufacturing processes are reported. After the presentation of the various methodologies for geometric modelling found in the literature, additive manufacturing applications for heterogeneous objects are summarized. Keywords: Geometric modeling; Computational geometry; Additive manufacturing; CAD; FGM; Heterogeneous objects
Title: Heterogeneous objects representation for Additive Manufacturing: a review
Description:
Recent advances in additive manufacturing technologies demand for extremely customized, complex shape and multi-fold functional products.
Heterogeneous objects, such as functionally graded materials, represent an attractive solution for researchers and industries in many application fields.
Combining geometric modelling and material assignment in a definitive and accessible CAD tool is still a challenge.
In this review the key aspects of heterogenous object representation related to additive manufacturing processes are reported.
After the presentation of the various methodologies for geometric modelling found in the literature, additive manufacturing applications for heterogeneous objects are summarized.
Keywords: Geometric modeling; Computational geometry; Additive manufacturing; CAD; FGM; Heterogeneous objects.

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