Multi-material simulation of chamber dynamics in inertial fusion energy systems using PulseFoam

Key Points

• Chamber dynamics are optimized using a novel multi-material simulation approach with PulseFoam, leading to improved energy transfer.
• The analysis reveals significant interactions between different materials within the chamber, affecting fusion processes.
• Assessment using PulseFoam allows for detailed visualization and simulation of energy dynamics in fusion systems.
• The findings emphasize the need for advanced simulation tools to improve the design of inertial fusion energy systems.