A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Hierarchical composite honeycombs
Highlights ► We designed and made hierarchical composite honeycombs. ► We revealed the ductile deformation and failure styles of the hierarchical structure. ► We proposed a model to analyze the plastic deformation of the structure. ► The hierarchical composite honeycomb has excellent energy absorption capacity.
Abstract Hierarchical structures are predicted to have ultra-light weight and superior mechanical properties, including excellent anti-buckling ability and energy absorption capability. Based on the improvement of making technology, hierarchical composite honeycombs (HCHs) have been designed, made and tested. With woven textile sandwich walls, the HCH is ultra-light and renders relatively ideal complete stress–strain curve with a stable displacement plateau at a relative high stress level in compression. A plastic model was suggested based on tested failure maps to reveal the plastic deformation and energy absorbing mechanism of the HCH. The plastic model well fitted the tested curves and defines a lower limit of the plastic deformation curve.
Hierarchical composite honeycombs
Highlights ► We designed and made hierarchical composite honeycombs. ► We revealed the ductile deformation and failure styles of the hierarchical structure. ► We proposed a model to analyze the plastic deformation of the structure. ► The hierarchical composite honeycomb has excellent energy absorption capacity.
Abstract Hierarchical structures are predicted to have ultra-light weight and superior mechanical properties, including excellent anti-buckling ability and energy absorption capability. Based on the improvement of making technology, hierarchical composite honeycombs (HCHs) have been designed, made and tested. With woven textile sandwich walls, the HCH is ultra-light and renders relatively ideal complete stress–strain curve with a stable displacement plateau at a relative high stress level in compression. A plastic model was suggested based on tested failure maps to reveal the plastic deformation and energy absorbing mechanism of the HCH. The plastic model well fitted the tested curves and defines a lower limit of the plastic deformation curve.
Hierarchical composite honeycombs
Zhao, Long (author) / Zheng, Qing (author) / Fan, Hualin (author) / Jin, Fengnian (author)
2012-03-07
6 pages
Article (Journal)
Electronic Resource
English
Hierarchical composite honeycombs
| British Library Online Contents | 2012
In-plane compression of graded hierarchical honeycombs
| SAGE Publications | 2022
Dynamic compressive response of composite square honeycombs
| British Library Online Contents | 2012
Out-of-plane crushing behavior of hybrid hierarchical square honeycombs
| Elsevier | 2022