AbstractMany reusable components of aerospace structures are manufactured with composite materials, like carbon fiber overwrapped metal vessels (COPV). Ultrasonic Lamb waves are commonly used to monitor these components. Damage caused by impacts or due to the mechanical stress suffered by high pressure vessels required an innovative approach for structural health monitoring (SHM) using ultrasonic transducers. This work describes the design and development of a system that uses arrays of conformable piezoelectric interdigital transducers (IDTs) connected to a custom data acquisition system for real-time monitoring of a COPV
International audienceThe growth of the use of composite materials to replace traditional materials ...
Structural health monitoring comprises a set of techniques to detect defects appearing in structures...
This paper describes the test campaign of an ultrasonic guided wave (GW) based structural health mon...
AbstractMany reusable components of aerospace structures are manufactured with composite materials, ...
AbstractThe Structural Health Monitoring (SHM) technique Acousto Ultrasonics is based on a permanent...
Carbon Fiber Reinforced Polymer composites have been developed since the ’60s and allow the design o...
Application of ultrasonic guided waves generated by piezoelectric smart transducers has become one o...
The present paper investigates, through the Design of Experiment (DOE) methodology, the performance ...
An analysis on how different configurations of Acousto Ultrasonic (AU) transducers systems perform i...
This thesis investigates guided wave ultrasonic damage detection under different environments releva...
International audienceComposites represent approximately 50% of the weight of structural parts in ne...
A fully integrated on-board electronic system that can perform in-situ structural health monitoring ...
Structural Health Monitoring (SHM) based on ultrasonic guided waves, so-called Lamb waves, is a prom...
AbstractImpact damage is one of the major concerns in maintenance of structures built from composite...
This thesis systematically evaluates the influence of composite thickness on properties of ultrasoni...
International audienceThe growth of the use of composite materials to replace traditional materials ...
Structural health monitoring comprises a set of techniques to detect defects appearing in structures...
This paper describes the test campaign of an ultrasonic guided wave (GW) based structural health mon...
AbstractMany reusable components of aerospace structures are manufactured with composite materials, ...
AbstractThe Structural Health Monitoring (SHM) technique Acousto Ultrasonics is based on a permanent...
Carbon Fiber Reinforced Polymer composites have been developed since the ’60s and allow the design o...
Application of ultrasonic guided waves generated by piezoelectric smart transducers has become one o...
The present paper investigates, through the Design of Experiment (DOE) methodology, the performance ...
An analysis on how different configurations of Acousto Ultrasonic (AU) transducers systems perform i...
This thesis investigates guided wave ultrasonic damage detection under different environments releva...
International audienceComposites represent approximately 50% of the weight of structural parts in ne...
A fully integrated on-board electronic system that can perform in-situ structural health monitoring ...
Structural Health Monitoring (SHM) based on ultrasonic guided waves, so-called Lamb waves, is a prom...
AbstractImpact damage is one of the major concerns in maintenance of structures built from composite...
This thesis systematically evaluates the influence of composite thickness on properties of ultrasoni...
International audienceThe growth of the use of composite materials to replace traditional materials ...
Structural health monitoring comprises a set of techniques to detect defects appearing in structures...
This paper describes the test campaign of an ultrasonic guided wave (GW) based structural health mon...