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Meeting 2024 TMS Annual Meeting & Exhibition
Symposium Agile Additive Manufacturing by Employing Breakthrough Functionalities
Sponsorship TMS: Additive Manufacturing Committee
Organizer(s) Soumya Nag, Oak Ridge National Laboratory
Jonah Klemm-Toole, Colorado School of Mines
John S. Carpenter, Los Alamos National Laboratory
Peeyush Nandwana, Oak Ridge National Laboratory
Lang Yuan, University of South Carolina
Alex Kitt, Edison Welding Institute
Sougata Roy, Iowa State University
Sneha Prabha Narra, Carnegie Mellon University
Andrzej Nycz, Oak Ridge National Laboratory
Yousub Lee, Oak Ridge National Laboratory
Chantal K. Sudbrack, National Energy Technology Laboratory
Albert To, University of Pittsburgh
Yashwanth Kumar Bandari, FasTech LLC
Scope The development of breakthrough functionalities has enabled additive manufacturing (AM) technologies to be more agile and impactful across a wide range of applications, from heat exhangers and rotating low pressure turbine blades to large scale expendable rocket bodies. 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.

· Multi-modal manufacturing: integrating additive with conventional manufacturing techniques, such as additive + subtractive + transformative (i.e. impact or laser peening) processes, and/or external fields, e.g., electromagnetic, ultrasound, etc, to achieve the right balance among materials properties, part resolution and build efficiency.

· Advances in hardware, process monitoring, process control methods, and inspection technologies to enable breakthrough functionalities.

· Case studies using breakthrough functionalities to build large or highly complex components.

The symposium encompasses all AM modalities, such as Laser or E-Beam based powder bed fusion (PBF) and large scale DED processes. Studies on processing-structure-property assessments of structural and functional materials by coupling multiscale experimental and modeling strategies are encouraged.

Abstracts Due 07/15/2023
Proceedings Plan Planned:

A Distortion Compensation Workflow Accounting for the Effects of Post-processing in Metal Additive Manufacturing
Additively Manufactured Magnetic Materials with Optimized Site Specific Properties
An Architecture for Technology Convergence Enabling Disparate Multi-material Parts
Are there yet? How to Accelerate the Transition from Fundamental Science of Additive Manufacturing to Pragmatic Deployment
Beyond 3D Printing of Metallic Alloys
Bulk Material Libraries via Laser-remelting: Combinatorial Analysis of Complex Structural Materials
Consideration of interplay of physical phenomena across spatiotemporal scales for achieving application specific properties in large scale additive manufacturing
Crystal inspired architected material: Fracture mechanism and crack propagation
Current Status and Future Needs of In-situ Process Sensing and Monitoring Systems for Fusion-based Additive Manufacturing
Depositing porous rafts for self-releasing WAAM parts
Design and fabrication of high dielectric GRIN lens for a directive antenna using filled voxel additive manufacturing technique
Design of IN718-Rene41 FGM via Computation and In-situ Diffraction Experiments
Development of In-plane Functionally Graded Metals via Directed Energy Deposition
Distortion Mitigation Strategy in Single and Multi-Agent Wire-Arc Additive Manufacturing
Effects of Process Parameters on Fatigue Life of Inconel 718 Fabricated by Wire Laser Metal Deposition (w-LMD) and Wire Arc Additive Manufacturing (WAAM)
Effects of Scanning Strategies and Beam Shaping on Microstructure Variation in Laser Powder Bed Fusion
Eliminating Defects, Promoting Equiaxed Grains and Improving the Mechanical Properties of Additively Manufactured Titanium Alloys with Super-transus Hot Isostatic Pressing
Grain nucleation from cavitation instabilities induced by nanosecond laser irradiation in additive manufacturing melt pools
In-situ 3D Scanning to Enable Agile Hybrid Wire Arc Additive Manufacturing with Adaptive Toolpathing
In-situ microstructure control during wire and arc additive manufacturing
Metallization of Additively Manufactured Polymers through Electrodeposition
Microstructural control of additively manufactured Ti-6Al-4V via in-situ laser annealing
Microstructure-deformation mechanism relationships in an additive friction stir deposition Fe-Cr-Ni alloy
Negative Thermal Expansion Behaviour of Metallic Metamaterials Produced via Multi-material L-PBF
Rapid tooling approach for fabricating organised porous network magnesium (Mg) scaffolds for tissue engineering applications
SolidStir® additive manufacturing: a novel solid-state additive manufacturing technique applied to Al-Ce alloys
Surface chemistry modification and surface roughness reduction post processing of AM 316
The design and mechanical performance of interlocking metamaterials
Thermal Management in High Heat Flux Environments: a Metal Additive Manufacturing Approach
Understanding Structure-Property Relationships in High Temperature Functionally Graded Material

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