Add to ORKGSandwich structures offer a good ratio of bending stiffness and strength to weight. A typical sandwich failure mode is the occurrence of cracks in the interface between face sheet and core caused by impact. In the last resort the impact damage is non visible and propagates in service under cyclic loads up to global failure. Quasi-static and cyclic modified DCB and ENF tests were run to investigate the crack propagation under global Mode I and Mode II load
The extent of impact damage in sandwich structures depends on the core material and the stacking seq...
Debonding between the skins and the core in a sandwich structure is a critical failure mode in autom...
This paper addresses the effect of a local quasi-static indentation or a low-velocity impact on the ...
This paper deals with the mechanical investigation of 3-D reinforced CFRP foamcore sandwich structur...
The face sheet debonding behaviour under quasi-static and fatigue loading in sandwich structures con...
This paper deals with the investigation of crack stop elements for carbon-fibre-reinforced polymer (...
This paper presents fatigue results for sandwich beams that exhibit a transition in failure mode, fr...
Foam Core Sandwich Structures are offering a good ratio of bending stiffness- and strength-to-weight...
SUMMARY Sandwich beams are designed and tested in fatigue, and it is found that for high load and sm...
The work is concerned with the investigation of the long term flexural behaviour of structural FRP f...
The article concerns failure and fatigue phenomena associated with local effects occurring in the vi...
The debonding toughness between unidirectional glass fiber reinforced polymer face sheets and cellul...
Sandwich structures offer significant weight savings in many structural applications due to their hi...
In practice, adjacent preform sandwich cores are joined with a simple butt joint without special pre...
ABSTRACT: The article concerns failure and fatigue phenomena associated with local effects occurring...
The extent of impact damage in sandwich structures depends on the core material and the stacking seq...
Debonding between the skins and the core in a sandwich structure is a critical failure mode in autom...
This paper addresses the effect of a local quasi-static indentation or a low-velocity impact on the ...
This paper deals with the mechanical investigation of 3-D reinforced CFRP foamcore sandwich structur...
The face sheet debonding behaviour under quasi-static and fatigue loading in sandwich structures con...
This paper deals with the investigation of crack stop elements for carbon-fibre-reinforced polymer (...
This paper presents fatigue results for sandwich beams that exhibit a transition in failure mode, fr...
Foam Core Sandwich Structures are offering a good ratio of bending stiffness- and strength-to-weight...
SUMMARY Sandwich beams are designed and tested in fatigue, and it is found that for high load and sm...
The work is concerned with the investigation of the long term flexural behaviour of structural FRP f...
The article concerns failure and fatigue phenomena associated with local effects occurring in the vi...
The debonding toughness between unidirectional glass fiber reinforced polymer face sheets and cellul...
Sandwich structures offer significant weight savings in many structural applications due to their hi...
In practice, adjacent preform sandwich cores are joined with a simple butt joint without special pre...
ABSTRACT: The article concerns failure and fatigue phenomena associated with local effects occurring...
The extent of impact damage in sandwich structures depends on the core material and the stacking seq...
Debonding between the skins and the core in a sandwich structure is a critical failure mode in autom...
This paper addresses the effect of a local quasi-static indentation or a low-velocity impact on the ...