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Peking University Proposes New Paradigm for Integrated Multi-Material Additive Manufacturing Research
2026-06-10
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Impact score: 21
A research team at Peking University has proposed an integrated 'in situ—simulation—optimization' methodology for process optimization in multi-material additive manufacturing. This approach deeply couples in situ characterization techniques with numerical simulations and process optimization algorithms, aiming to address core challenges such as multi-material interface control and thermal-mechanical-microstructural multi-field coupling. The research seeks to close the full-chain loop of 'material design—process simulation—additive manufacturing—property characterization,' providing a systematic solution for additive manufacturing of complex heterogeneous materials. This research direction builds on Peking University's long-standing expertise in multi-scale numerical simulation and advanced computational methods for additive manufacturing.
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北京大学提出多材料增材制造一体化研究新范式
北京大学研究团队提出了一种“原位—仿真—优化”一体化研究方法，用于多材料增材制造的工艺优化。该方法将原位表征手段与数值模拟及工艺优化算法深度耦合，旨在解决多材料界面控制、热-力-组织多场耦合等核心难题。此项研究旨在打通“材料设计—工艺仿真—增材制造—性能表征”的全链条闭环，为复杂异质材料的增材制造提供系统性解决方案。这一研究方向正是北京大学在增材制造多尺度数值模拟与先进计算方法领域长期积累的延续。