Through the study of structural biological materialthe multiscale analysissimulation, we construct an initiative integrated platform, which provides user-friendly experience, automatically generates designs of lightweight structure for the demandsoffers various choices of materialssuggestions. This design platform contains great potential for engineering applications.

“Biological materials”, “Bio-inspired materials”, “Multi-scale modeling”, “Materials genome initiative platform”, “data scienceartificial intelligence” are integrated in this study for the first time, which make great breakthroughimpact on the design of bioinspired, lightweight structural materialsenlighten interdisciplinary research of scienceengineering.

Novel bio-inspired materials predictiondesign systems can enhance the development of structural materials with superior mechanical performancecan be widely applied in the fields of aerospace, automobile, bicycle, intelligent mechanics, biomaterialsassistive devices.