Add to ORKGThe compressive characteristics of 2D hexagonal honeycomb structures were studied under high strain using the finite element (FE) method. The stiffness for the FE model was compared and validated with analytical models in the literature. Under large-strain the effect of varying rib thickness of the honeycomb was investigated. Additionally, when the honeycomb was crushed with an indenter, the mechanical response was examined
International audienceIn this research, a hexagonal honeycomb core under a compressional load is stu...
The behavior of a polycarbonate circular cell honeycomb material under four types of loading conditi...
In-plane mechanical response of aluminium honeycombs subjected to both static and dynamic loads is s...
The effective static mechanical properties, such as the moduli of elasticity and rigidity and Poisso...
In the aeronautical field, sandwich structures are widely used for secondary structures like flaps o...
Aim of presented study was to compare plateau stress in honeycomb structures under out-of-plane load...
AbstractThis paper presents a comprehensive study of the lateral compressive response of hexagonal h...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/76537/1/AIAA-2004-1640-728.pd
Honeycomb structures filled with linearly arranged inclusions were analyzed with a finite element me...
The in-plane dynamic behaviour of hexagonal aluminium honeycombs has been studied in this paper by m...
In the study of aluminium honeycomb, it is essential to understand their behaviour under impact load...
The effect of cell size on the out of plane compressive crushing response of circular cell polycarbo...
AbstractDynamic crushing responses of honeycomb structures having irregular cell shapes and non-unif...
textThis thesis presents a comprehensive study of the compressive response of hexagonal honeycomb pa...
Aluminium honeycombs is a lightweight cellular material and a good energy absorber. In different eng...
International audienceIn this research, a hexagonal honeycomb core under a compressional load is stu...
The behavior of a polycarbonate circular cell honeycomb material under four types of loading conditi...
In-plane mechanical response of aluminium honeycombs subjected to both static and dynamic loads is s...
The effective static mechanical properties, such as the moduli of elasticity and rigidity and Poisso...
In the aeronautical field, sandwich structures are widely used for secondary structures like flaps o...
Aim of presented study was to compare plateau stress in honeycomb structures under out-of-plane load...
AbstractThis paper presents a comprehensive study of the lateral compressive response of hexagonal h...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/76537/1/AIAA-2004-1640-728.pd
Honeycomb structures filled with linearly arranged inclusions were analyzed with a finite element me...
The in-plane dynamic behaviour of hexagonal aluminium honeycombs has been studied in this paper by m...
In the study of aluminium honeycomb, it is essential to understand their behaviour under impact load...
The effect of cell size on the out of plane compressive crushing response of circular cell polycarbo...
AbstractDynamic crushing responses of honeycomb structures having irregular cell shapes and non-unif...
textThis thesis presents a comprehensive study of the compressive response of hexagonal honeycomb pa...
Aluminium honeycombs is a lightweight cellular material and a good energy absorber. In different eng...
International audienceIn this research, a hexagonal honeycomb core under a compressional load is stu...
The behavior of a polycarbonate circular cell honeycomb material under four types of loading conditi...
In-plane mechanical response of aluminium honeycombs subjected to both static and dynamic loads is s...