Research on splitting constitutive relationship of BFRRAC and the evolution mechanism of ITZ inter-microstructure under impact load

Key Points

• The study focuses on the evolution mechanism of ITZ inter-microstructure under impact load.
• Key findings indicate changes in the constitutive relationship of BFRRAC when subjected to impact loads.
• Observational analysis of microstructural behavior under dynamic loading helps in understanding material properties.
• Implications suggest that a refined understanding of these mechanisms may enhance material design and resilience.