Simulation of a Relativistic Electron Beam Effect on a Multilayer Structure

Key Points

• To evaluate the thermomechanical effects caused by a relativistic electron beam on multilayer structures using simulation.
• Constructed a complex computer model of a solid deformable material.
• Developed an algorithm for heating, evaporation, and elastic-plastic wave dynamics.
• Proposed a method for dynamic control of aggregate state changes in condensed mediums.
• Performed numerical simulations to investigate destruction processes in multilayer structures.
• End-to-end simulation effectively modeled thermomechanical phenomena.
• Simulation outcomes indicated pathways leading to material destruction.
• Refinement of layered structures and micromechanical analyses of laminated composites were feasible.

Abstract