凯捷：2025结构创新革命：当数字化设计与综合效能相融合研究报告（英文版）（27页）.pdf

1、The revolution of innovative architecture structures.When design meets efficiency.2The revolution of innovative architecture structures2The revolution of innovative architecture structuresIntroductionPAGE 3 Executive summaryPAGE 4 Understanding architectured structures PAGE 6 Key engineering challen

2、ges PAGE 13 Addressing challenges through digital engineeringPAGE 15 ConclusionPAGE 2301010202030304040505Index 3The revolution of innovative architecture structuresIntroduction Additive manufacturing(AM)has proven its worthin prototyping,but scaling to industrializationremains complex.Challenges in

3、clude speed of production,need to post-process the component,expertise in Design for Additive Manufacturing and fragmented workflows.Companies need a structured approach spanning strategy,design,and production.From an engineering perspective,four barriers stand out:materials,quality,scale,and integr

4、ation.Materials&Process Control:AM offers limitedmaterial options,and variability in powder flow or thermal behaviour impacts quality.AI-driven materials informatics can identify new combinations,while digital material passports ensure consistencyand traceability.Quality&Reliability:Repeatability is

5、 a bottleneck.Edge AI can monitor melt pool dynamics in realtime for closed-loop corrections and early defectdetection.Digital twins enable virtual validation,reducing qualification time for regulated sectorslike aerospace.Scale&Speed:Current AM machines lag behindcasting or moulding in throughput.I

6、nnovations such as ETH Zurichs RAPTURE and AI-enabled process control show promise for automation that boosts speed without sacrificing precision.Design&Standardization:AM demands a Designfor Additive Manufacturing(DfAM)mindset lightweighting,function integration,andmanufacturability.Digital continu