A theoretical scheme is developed to analyze the initial elastic buckling of hexagonal honeycombs with walls of equal or unequal thickness and of square or triangular honeycombs under out-of-plane pressure The computing results obtained by using this scheme are in good agreement with experimental data.http://gateway.webofknowledge.com/gateway/Gateway.cgi?GWVersion=2&SrcApp=PARTNER_APP&SrcAuth=LinksAMR&KeyUT=WOS:A1991GN97600004&DestLinkType=FullRecord&DestApp=ALL_WOS&UsrCustomerID=8e1609b174ce4e31116a60747a720701Engineering, MechanicalMechanicsSCI(E)EI13ARTICLE8637-6443
A new testing method, together with a large diameter nylon Split Hopkinson Pressure Bar (SHPB) has b...
The out-of-plane crushing behaviour of aluminium hexagonal honeycombs containing different percentag...
Honeycomb structure is used as the shock absorbent to protect precision machines during transport. T...
A theoretical analysis is made of the in-plane uniaxial compression of regular honeycombs made from ...
The out-of-plane crushing behaviour of four types of aluminium hexagonal honeycombs was extensively ...
Aim of presented study was to compare plateau stress in honeycomb structures under out-of-plane load...
Exact solutions are derived for the small-strain, in-plane, elasto-plastic response of a hexagonal h...
AbstractThis paper presents a comprehensive study of the lateral compressive response of hexagonal h...
The main key performance factors of honeycombs are represented by the ability to withstand through-t...
Compared to other core materials, honeycomb materials provide impressive mechanical performance for ...
International audienceThis paper presents an experimental study of the compressive response of hexag...
In the aeronautical field, sandwich structures are widely used for secondary structures like flaps o...
AbstractOne of the many uses of honeycomb is as core in sandwich plates, producing very high stiffne...
In the present study, two irregular honeycombs are manufactured by a 3D printer and tested under com...
A limit analysis approach is employed to identify the plastic deformation modes of regular hexagonal...
A new testing method, together with a large diameter nylon Split Hopkinson Pressure Bar (SHPB) has b...
The out-of-plane crushing behaviour of aluminium hexagonal honeycombs containing different percentag...
Honeycomb structure is used as the shock absorbent to protect precision machines during transport. T...
A theoretical analysis is made of the in-plane uniaxial compression of regular honeycombs made from ...
The out-of-plane crushing behaviour of four types of aluminium hexagonal honeycombs was extensively ...
Aim of presented study was to compare plateau stress in honeycomb structures under out-of-plane load...
Exact solutions are derived for the small-strain, in-plane, elasto-plastic response of a hexagonal h...
AbstractThis paper presents a comprehensive study of the lateral compressive response of hexagonal h...
The main key performance factors of honeycombs are represented by the ability to withstand through-t...
Compared to other core materials, honeycomb materials provide impressive mechanical performance for ...
International audienceThis paper presents an experimental study of the compressive response of hexag...
In the aeronautical field, sandwich structures are widely used for secondary structures like flaps o...
AbstractOne of the many uses of honeycomb is as core in sandwich plates, producing very high stiffne...
In the present study, two irregular honeycombs are manufactured by a 3D printer and tested under com...
A limit analysis approach is employed to identify the plastic deformation modes of regular hexagonal...
A new testing method, together with a large diameter nylon Split Hopkinson Pressure Bar (SHPB) has b...
The out-of-plane crushing behaviour of aluminium hexagonal honeycombs containing different percentag...
Honeycomb structure is used as the shock absorbent to protect precision machines during transport. T...