System for the development of a hydrogen-resistant vanadium medium-carbon steel alloy for aerospace applications using simulation-based microstructure development

Abstract

An intelligent, simulation-based system for the microstructural development of hydrogen embrittlement-resistant vanadium medium-carbon steel alloys for aerospace applications, comprising: • an alloy composition optimization module; • a thermodynamics and phase transformation simulation module; • a microstructure development module; • a hydrogen diffusion and storage simulation module; • an artificial intelligence optimization module; • a thermomechanical processing simulation module; • a finite element module for aerospace stress analysis; • a digital twin validation module; • a corrosion and environmental prediction module; and • a real-time structural condition monitoring and adaptive control aerospace module.the modules work together cooperatively to produce optimized vanadium medium carbon steel alloy compositions and processing parameters configured to improve resistance to hydrogen embrittlement, fracture toughness, fatigue strength, corrosion resistance and structural reliability in aerospace applications.