Dynamic analysis of a dual-porous fiber-reinforced thermo-elastic medium subjected to a magnetic field

Key Points

• The dual-porous fiber-reinforced medium exhibits significant changes when subjected to a magnetic field, affecting its thermal and elastic properties.
• Dynamic analysis reveals that the magnetic field alters the stress distribution within the medium, impacting its overall stability and performance.
• Assessment using numerical simulation demonstrates the implications of magnetic effects on the thermo-elastic behavior of the medium under various conditions.
• These findings suggest potential advancements in designing materials for applications where magnetic fields interact with fiber-reinforced structures.