Composite materials are of the utmost importance for the aeronautical industry. Therefore, the knowledge of its properties and their behavior towards mechanical loads are crucial to implement them in aeronautical projects. When subjected to impact, composite materials may suffer of the delamination phenomenon (two composite laminates separate at the interface), thus, a structural failure of the component or the structure may occur. Through acoustic elasticity, it is possible to develop analytic models that relate variables such as stress and propagation velocity, which is fundamental to understand the behavior of the mechanic wave throughout the materi...
Low-velocity impacts (LVIs) can seriously harm composite laminates by causing both intralaminar (fib...
International audienceIn order to forecast the delamination initiation and propagation in a finite e...
In this work, we have analyzed the delamination caused by a low velocity impact on carbon-epoxy lami...
Dissertação de Mestrado Integrado em Engenharia Mecânica apresentada à Faculdade de Ciências e Tecno...
The failure of laminated composite structures is a complex phenomenon. It is preceded by several mec...
Composite materials are assuming a predominant role in structural applications, in particular in aer...
A problem of damage prediction in aircraft structure and its non-destructive evaluation is very impo...
The employment of composite materials in the aerospace industry has been gradually considered due to...
Recentes melhorias nos processos de fabricação e nas propriedades dos materiais associadas a excelen...
Fiber reinforced composite materials are nowadays used in several industrial applications that pursu...
La presente tesi si inserisce all’interno dell’attività di ricerca svolta presso l’ex Dipartmento di...
Este artículo presenta un nuevo procedimiento con el que simular el fallo por delaminación en materi...
During many years and still nowadays, ballistic impacts are an important field of study. In a world...
Delamination is a common failure mode in composite (fiber reinforced and layered) structures subject...
Composite laminates are, nowadays, largely used in aeronautical structures, for their specific prope...
Low-velocity impacts (LVIs) can seriously harm composite laminates by causing both intralaminar (fib...
International audienceIn order to forecast the delamination initiation and propagation in a finite e...
In this work, we have analyzed the delamination caused by a low velocity impact on carbon-epoxy lami...
Dissertação de Mestrado Integrado em Engenharia Mecânica apresentada à Faculdade de Ciências e Tecno...
The failure of laminated composite structures is a complex phenomenon. It is preceded by several mec...
Composite materials are assuming a predominant role in structural applications, in particular in aer...
A problem of damage prediction in aircraft structure and its non-destructive evaluation is very impo...
The employment of composite materials in the aerospace industry has been gradually considered due to...
Recentes melhorias nos processos de fabricação e nas propriedades dos materiais associadas a excelen...
Fiber reinforced composite materials are nowadays used in several industrial applications that pursu...
La presente tesi si inserisce all’interno dell’attività di ricerca svolta presso l’ex Dipartmento di...
Este artículo presenta un nuevo procedimiento con el que simular el fallo por delaminación en materi...
During many years and still nowadays, ballistic impacts are an important field of study. In a world...
Delamination is a common failure mode in composite (fiber reinforced and layered) structures subject...
Composite laminates are, nowadays, largely used in aeronautical structures, for their specific prope...
Low-velocity impacts (LVIs) can seriously harm composite laminates by causing both intralaminar (fib...
International audienceIn order to forecast the delamination initiation and propagation in a finite e...
In this work, we have analyzed the delamination caused by a low velocity impact on carbon-epoxy lami...