In the present paper several finite element models suitable for delamination damage analysis have been used. Frequency shift diagrams for modes up to 24 with severity of damage up to 15% have been studied. A correlation between the peaks in the diagrams reporting frequency shifts vs. order of the mode, and the extension of the delamination is proposed. It is also pointed out the different behavior of the sensitivities in relation with the kind of damage: delamination or thickness reduction. Finally the cross-over phenomenon is shown
none5siThis paper introduces a novel methodology for health monitoring which is applied here for com...
International audienceDelamination is a phenomenon which involves complex degradation of both layers...
Cost-effective and reliable damage detection is critical for the utilization of composite materials....
ABSTRACT: In the present paper several finite element models suitable for delamina-tion damage analy...
The purpose of this work is to study three different models of delamination in composite plate (the ...
The paper describes an on-going research effort aimed at detecting the presence of delamination dama...
In this paper experimental results of frequency shifts induced by debonding damage in a carbon-fibre...
This work combines modal analysis measurements with a novel 2D finite element plate model, which is ...
Nonlinear effects in vibration responses are investigated for the undamaged composite plate and the ...
The use of composite materials has vastly increased in recent years. Great interest is therefore dev...
An identification procedure and sensitivity studies on single and multiple delaminations in laminate...
Dynamic strain signals from embedded fiber Bragg grating sensors are used for experimental modal ana...
Delamination is currently a difficult detectable form of damage in composite laminate materials. Thi...
Composite structures are widely used in many applications ranging from, but not limited to, aerospac...
This study suggests a methodology for damage diagnosis in structures, which is based on a multivaria...
none5siThis paper introduces a novel methodology for health monitoring which is applied here for com...
International audienceDelamination is a phenomenon which involves complex degradation of both layers...
Cost-effective and reliable damage detection is critical for the utilization of composite materials....
ABSTRACT: In the present paper several finite element models suitable for delamina-tion damage analy...
The purpose of this work is to study three different models of delamination in composite plate (the ...
The paper describes an on-going research effort aimed at detecting the presence of delamination dama...
In this paper experimental results of frequency shifts induced by debonding damage in a carbon-fibre...
This work combines modal analysis measurements with a novel 2D finite element plate model, which is ...
Nonlinear effects in vibration responses are investigated for the undamaged composite plate and the ...
The use of composite materials has vastly increased in recent years. Great interest is therefore dev...
An identification procedure and sensitivity studies on single and multiple delaminations in laminate...
Dynamic strain signals from embedded fiber Bragg grating sensors are used for experimental modal ana...
Delamination is currently a difficult detectable form of damage in composite laminate materials. Thi...
Composite structures are widely used in many applications ranging from, but not limited to, aerospac...
This study suggests a methodology for damage diagnosis in structures, which is based on a multivaria...
none5siThis paper introduces a novel methodology for health monitoring which is applied here for com...
International audienceDelamination is a phenomenon which involves complex degradation of both layers...
Cost-effective and reliable damage detection is critical for the utilization of composite materials....