Add to ORKGSummary. The feasibility of a vibration based damage identification method is shown. The Modal Strain Energy method is applied to a T-joint structure. Both finite element analysis and experimental validation of an undamaged and delaminated structure are presented.
Structural Health Monitoring (SHM) techniques are emerging more and more in aerospace composite stru...
One of the key issues in composite structures for aircraft applications is the early detection and l...
Composite materials are supplanting conventional metals in aerospace, automotive, civil and marine i...
The feasibility of a vibration based damage identification method is investigated. The Modal Strain ...
The feasibility of a vibration based damage identification method is investigated. The Modal Strain ...
A Finite Element based numerical model for a vibration based damage identification method for a 2.5D...
A vibration based damage identification method is investigated experimentally for a 2.5-dimensional ...
A vibration based damage identification algorithm is implemented to assess the damage of a thin-wall...
The experimental feasibility of a vibration based approach to identify damage in an advanced composi...
Previously, an evaluation study has been conducted on a Structural Health Monitoring (SHM) strategy ...
This dissertation develops and analyses the use of vibration signature as a method to detect damage ...
Vibration based damage detection methods are among the most popular and promising approaches for hea...
Damage detection and identification in civil, mechanical and aerospace engineering constructions usi...
Composite materials combine a high strength and stiffness with a relatively low density. These mater...
In this chapter the damage detection studies in composite materials were summarized in the context o...
Structural Health Monitoring (SHM) techniques are emerging more and more in aerospace composite stru...
One of the key issues in composite structures for aircraft applications is the early detection and l...
Composite materials are supplanting conventional metals in aerospace, automotive, civil and marine i...
The feasibility of a vibration based damage identification method is investigated. The Modal Strain ...
The feasibility of a vibration based damage identification method is investigated. The Modal Strain ...
A Finite Element based numerical model for a vibration based damage identification method for a 2.5D...
A vibration based damage identification method is investigated experimentally for a 2.5-dimensional ...
A vibration based damage identification algorithm is implemented to assess the damage of a thin-wall...
The experimental feasibility of a vibration based approach to identify damage in an advanced composi...
Previously, an evaluation study has been conducted on a Structural Health Monitoring (SHM) strategy ...
This dissertation develops and analyses the use of vibration signature as a method to detect damage ...
Vibration based damage detection methods are among the most popular and promising approaches for hea...
Damage detection and identification in civil, mechanical and aerospace engineering constructions usi...
Composite materials combine a high strength and stiffness with a relatively low density. These mater...
In this chapter the damage detection studies in composite materials were summarized in the context o...
Structural Health Monitoring (SHM) techniques are emerging more and more in aerospace composite stru...
One of the key issues in composite structures for aircraft applications is the early detection and l...
Composite materials are supplanting conventional metals in aerospace, automotive, civil and marine i...