Comprehensive performance evaluation and advanced design optimization of triply periodic minimal surface (TPMS) heat sinks

Key Points

• Optimal thermal conductivity is achieved with TPMS heat sinks, showing significant efficiency gains.
• The performance evaluation reveals improved heat transfer rates under varied conditions, enhancing design efficacy.
• Analysis of computational models demonstrates advanced design optimization for TPMS structures in thermal applications.
• These findings highlight the potential for innovative cooling solutions, but may require further real-world testing.