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Meeting MS&T23: Materials Science & Technology
Symposium Agile Additive Manufacturing by Employing Breakthrough Functionalities
Sponsorship TMS: Additive Manufacturing Committee
Organizer(s) Soumya Nag, Oak Ridge National Laboratory
John S. Carpenter, Los Alamos National Laboratory
Peeyush Nandwana, Oak Ridge National Laboratory
Lang Yuan, University of South Carolina
Alex Kitt, Edison Welding Institute
Scope Additive manufacturing is a fast-developing eco-friendly fabrication pathway that allows engineers to design a single part rather than multiple individual parts, reducing the procedures of joining or assembly compared to the traditional manufacturing methods. AM also provides a tremendous opportunity to synergistically couple materials, design and manufacturing strategies, where one can strive towards fabricating parts with targeted site-specific properties. For example, a combinatorial approach for zone-based hybrid microstructural evolution may be achieved by employing multi-material alloying and multi-modal manufacturing strategies. Other examples include overcoming mismatches in thermal expansion coefficients, controlling residual stress and/or achieving desirable microstructure in heat treated multi-material builds.

The purpose of this symposium is to present the latest developments that explore and possibly integrate the following breakthrough AM functionalities:
• Functionally Graded Materials: use of multi-material builds via sequential or simultaneous injection of raw materials, or single material with dramatically different process conditions for tailored hybrid microstructures
• Metamaterials: topological and/or shape optimization to exploit light-weighting and enhanced property response
• Multimodal Manufacturing: integrating additive and/or conventional manufacturing techniques to achieve the right balance among materials properties, part resolution and build efficiency

The call encompasses all AM modalities, such as the Laser or E-Beam based PBF and DED processes. Studies on processing-structure-property assessments of structural and functional materials by coupling multiscale experimental and modeling strategies are encouraged.

Abstracts Due 05/08/2023

Beyond 3D Printing of Metals: Toward Location-Specific Property and Behavior Control
Designing Against Failure in Additive Manufacturing: From Fracture in Monolithic Samples to Designing Functionally Graded Materials
Making, Measuring, and Modeling Gradient Materials
Radial Bimetallic Structures Via Wire Arc Additive Manufacturing
Toward Control of Part Distortion and Quality for Hybrid Additive/Subtractive Manufacturing

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