The Proceedings includes research from the symposium held at the Conference of Metallurgy & Materials. This symposium explored emerging technologies shaping the future of manufacturing across industries such as automotive, aerospace, medical, energy, and mining. The papers presented in this volume highlight several technologies at the forefront of this transformation. A strong emphasis is placed on metal additive manufacturing, with contributions addressing process optimization, materials qualification, microstructure evolution, repair methodologies, and performance assessment across a range of advanced alloys. Complementing these studies are investigations into digital twins, machine learning driven decision making, predictive modeling, process monitoring, and digital transformation strategiesall of which demonstrate how data-driven approaches are accelerating innovation while enhancing quality, reliability, and productivity.

Autorentext

The Metallurgy and Materials Society: Metallurgists have been active in the Canadian Institute of Mining, Metallurgy and Petroleum (CIM) since its inception in 1898. In 1945, the Metallurgy Division was formed to reflect the group's technical interests. Constituted as a society in 1967, MetSoc has grown to become one of the premier global organizations serving the international metallurgy and materials community. Its annual Conference of Metallurgy & Materials (COM) is a preeminent event on the international metallurgy meeting calendar. In partnership with sister societies, MetSoc is also a lead organizer of key world-class conference series such as Nickel-Cobalt, Copper and Lead-Zinc.

Klappentext

The Proceedings gathers papers on emerging technologies that are shaping the future of manufacturing across industries such as automotive, aerospace, medical, energy, and mining. The volume focuses on:

Advanced manufacturing and smart automation

Reducing lead times, maintenance costs, and reliance on overseas suppliers

Building intelligent, self-optimizing, and sustainable production systems

Topics may include Additive manufacturing and powder metallurgy, Human-robot interaction and big data analytics, Artificial intelligence, machine learning, and quantum computing, Precision manufacturing and digital twins, and

Micro/nano manufacturing and automated characterization.

Inhalt

The Influence of Defect Removal Geometry and Contour Strategies on LDED Repair Quality and Misalignment Sensitivity.- High value powder treatment.- Effect of Printing & Processing parameters on structural integrity of Binder Jet CoCrMo Alloy Parts.- Microstructure Evolution Modeling Framework of Additive Manufacturing.- Fracture Behaviour of LPBF 316L Stainless Steel.- Failure Characteristics of an Additively Manufactured Near- Titanium Alloy Across Processing Conditions.- Digital Twins as Scientific Instruments for Closed-Loop Research.- A Holistic Study of Laser Powder Bed Fusion Processing of Monel 400.- Processing Window Optimization of LPBF-HT9 Steel.- Enabling Digital Transformation in Brownfield Process Plants.- Engineering NickelAluminum Bronze through Additive Manufacturing: Role of Process Parameters.- A Material-Agnostic Framework for Accelerated Qualification of Advanced Alloy in Additive Manufacturing.- Comparative study of CuSi3 and Cu filler wires on the microstructural evolution of laser-brazed steel.- Machine-Learning-Based Prediction and Optimization of Nugget Characteristics in High-Stacking-Ratio Resistance Spot Welds.