Top Issue Exclusive! Big model empowers UHPC with precise mechanical performance design, breaking traditional constraints!

In order to help scientific researchers and engineers in the fields of materials, civil engineering, geotechnical engineering, machinery and high-end equipment, and systematically master the cutting-edge methods of AI enabled materials and structures, we collated and launched the essence of high-quality thematic training sponsored by Beijing SoftResearch International Information Technology Research Institute and hosted by Interact (Beijing) Education Technology Co.

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, covering the three cutting-edge directions of AI enabled composite material mechanics, machine learning in the application and practice of intelligent cement-based composites, and geotechnical engineering PINN practice.

Whether you are a master’s or doctoral student engaged in advanced composite materials, intelligent cement-based, geotechnical mechanics research, a university scholar, or a research and development engineer dedicated to the intersection of AI+materials/civil engineering/geotechnical engineering, you can build a complete technical system through systematic practical courses, quickly implement research projects, reproduce top journal achievements, and break through engineering bottlenecks.

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