Manufacturing for Extreme Conditions
Proceedings of the 65th Conference of Metallurgy & Materials, COM 2026
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Beschreibung
This volume examines the materials, processes, and design strategies required for high-reliability performance under extreme operating conditions. Covering applications in aerospace, deep sea systems, nuclear technologies, defense platforms, and space exploration, it addresses environments characterized by severe temperature gradients, high strain rates, intense pressure, radiation exposure, and cryogenic conditions across multiple length scales.
Chapters explore:
• High-performance alloys, ceramics, and composites with enhanced environmental resistance.
• Innovative and hybrid manufacturing methods and digital process control
• Design, modeling, and multiscale simulation of materials under coupled extreme stresses
• Testing, qualification, and performance evaluation for critical and emerging applications
• Sustainable routes for advanced manufacturing, recycling, and life-cycle optimization
The Proceedings includes research from the symposium held at the Conference of Metallurgy & Materials on recent advances in materials and manufacturing technologies designed for harsh and extreme service environments. The papers presented in this volume reflect the breadth and interdisciplinary nature of research in this rapidly evolving field. They cover a wide range of topics, including high-performance alloys, ceramics, composites, coatings, and multifunctional materials with enhanced environmental resistance; innovative manufacturing technologies such as additive manufacturing, hybrid processing, advanced joining, and digital process control; process optimization; microstructural engineering and advanced materials characterization. The proceedings also include research on the design, modeling, and multiscale simulation of materials subjected to coupled extreme loading conditions, together with studies focused on testing, qualification, structural integrity, degradation mechanisms, and performance evaluation for both established and emerging engineering applications. This work highlights the importance of interdisciplinary collaboration between academia, research organizations, and industry in developing practical engineering solutions that address current and future challenges associated with harsh-service environments.
Provides a focused examination of the materials, processes, and design strategies Surveys recent advances in high performance alloys, ceramics, and composite systems Explores multiscale modeling, simulation, and design approaches for materials subjected to coupled extreme stresses
Autor*in
The Metallurgy and Materials Society of CIM
Themen in »Manufacturing for Extreme Conditions«
Manufacturing Processes Metallurgy Materials Science Alloys Metal fatigue Conference Proceedings extreme conditions