About this Symposium

Meeting

MS&T24: Materials Science & Technology

Symposium

Application of ICME Methods to Advance Sustainable Metallurgy and Metals Processing

Sponsorship

TMS: Integrated Computational Materials Engineering Committee

Organizer(s)

Andrew D. Iams, National Institute of Standards and Technology
Samantha Webster, Colorado School of Mines
Sarah J. Wolff, Ohio State University
Carelyn E. Campbell, National Institute of Standards and Technology
Wei Xiong, University of Pittsburgh

Scope

This symposium will focus on the use of ICME methods and tools to advance sustainable metallurgy and metals processing by bringing together materials, manufacturing, and policy experts. The symposium will highlight the development and integration of novel processing methods and simulation tools to support sustainability, as well as identify gaps in current data resources, simulation tools, and modeling efforts. Specific topics of interests for ICME implementations are:

• Development of new processes and simulation tools for sustainable extractive metallurgy, including novel reduction processes for iron and innovative electrolysis processes for aluminum;
• Optimization and development of innovative metals processing methods and alloys to minimize manufacturing energy costs;
• Development of new methods to increase the re-use and recyclability of metals through new alloy design methods for impurity-tolerant alloys;
• Advancement of additive manufacturing methods and related processes to enable greater re-use of not only used powder but also scrap materials.

The symposium will also highlight a panel discussion of future challenges and opportunities for sustainable metals processing from the perspective of policy and industry leaders.

Abstracts Due

05/15/2024

PRESENTATIONS APPROVED FOR THIS SYMPOSIUM INCLUDE

A Thermodynamic Analysis of Red Mud Usage for Sustainable Iron and Steel Production

Application of CALPHAD-Based Tools to Develop More Sustainable Alloys and Processing Methods

Application of ICME Methods in Aerospace Applications

CALPHAD Simulations to Assist Sustainable Metal Processing

Green Ironmaking via Ammonia-Based Direct Reduction of Iron Ores

ICME Approaches Towards Sustainable Metal Additive Manufacturing

N-7: Validation of the Coupled Random Cellular Automata Finite Element Model of Dynamic Recrystallization

Pathways for Decarbonizing Steel

Quantifying Pyrometallurgy Process Options with Low-Dimensional Models

Scheil-Gulliver Constituent Diagrams for Designing Recycled Al-Alloys

The Road to Sustainable Steelmaking Technologies: Linking Fundamental and Applied Research Activities

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