#sciencefather | Smarter Core Design Neutronics | #statistics #dataan...

This video presents a comprehensive feasibility study on the development of a core design optimization process using multivariable optimization techniques. The approach integrates sequential analyses of neutronics, thermal-hydraulics, and fuel integrity evaluation, enabling a more systematic, efficient, and safety-oriented reactor core design methodology.

Key highlights include:
• Integrated sequential analysis framework for reactor core design
• Multivariable optimization strategies for complex nuclear systems
• Coupled evaluation of neutronic performance, thermal-hydraulic behavior, and fuel integrity constraints
• Feasibility study results demonstrating improved design efficiency and reliability

This research is highly relevant for nuclear engineers, reactor designers, energy researchers, and graduate students seeking advanced optimization methods in nuclear engineering and reactor physics.

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