Theoretical prediction for energy absorption properties of 3D lattice structures under dynamic loading condition

Key Points

• Energy absorption capabilities are predicted to improve under dynamic loading conditions, enhancing structural resilience.
• Key metrics indicate optimal configurations may absorb 30% more energy than traditional designs, suggesting significant material efficiency gains.
• Theoretical predictions and simulations assess these 3D lattice structures across varying loading scenarios to explore material performance.
• These findings highlight potential for innovative designs in engineering applications, although further validation is needed in practical settings.