Fiber reinforced composite materials offer a variety of advantages in marine applications. They are corrosion resistant, require minimal maintenance, and offer a high strength to weight ratio. Additionally, they can be used to create complex geometries, can be tailored for optimal mechanical performance and are often inexpensive to produce and work with. Because of these advantageous properties they have been employed in a variety of settings, both military and commercial. When employed in harsh environments, from the battlefield to the marine oil field, structures built from composite laminates may be subjected to dynamic events such as underwater explosive loading, both close-in and far-field, as well as overwhelming hydrostatic forces wh...
The use of composites has attracted attention in underwater marine applications due to the array of ...
The effect of preloading on thin composite plates subjected to underwater explosive loading has been...
The dynamic response and damage evolution of composite materials subjected to underwater explosive l...
Fiber reinforced composite materials offer a variety of advantages in marine applications. They are ...
Four studies were completed to investigate the dynamic behavior of composite structures after exposu...
An experimental investigation was conducted to understand the fundamental physics of various dynamic...
Structural design of ships and submersibles is a complex undertaking, because the deformations exper...
The dynamic response of composite materials subjected to underwater and air shock loading conditions...
The dynamic response and damage evolution of composite materials subjected to underwater explosive l...
An experimental and computational study was conducted to evaluate the dynamic response of weathered ...
Experimental studies were performed to understand the explosive response of composite panels when ex...
The response of composite cylinders to near field underwater explosive (UNDEX) loading, including th...
The effect of underwater shock loading on an E-Glass/Epoxy composite material has been studied. The ...
The response of composite plates subjected to underwater explosive (UNDEX) loading has been investig...
An experimental study with corresponding numerical simulations was conducted to investigate the blas...
The use of composites has attracted attention in underwater marine applications due to the array of ...
The effect of preloading on thin composite plates subjected to underwater explosive loading has been...
The dynamic response and damage evolution of composite materials subjected to underwater explosive l...
Fiber reinforced composite materials offer a variety of advantages in marine applications. They are ...
Four studies were completed to investigate the dynamic behavior of composite structures after exposu...
An experimental investigation was conducted to understand the fundamental physics of various dynamic...
Structural design of ships and submersibles is a complex undertaking, because the deformations exper...
The dynamic response of composite materials subjected to underwater and air shock loading conditions...
The dynamic response and damage evolution of composite materials subjected to underwater explosive l...
An experimental and computational study was conducted to evaluate the dynamic response of weathered ...
Experimental studies were performed to understand the explosive response of composite panels when ex...
The response of composite cylinders to near field underwater explosive (UNDEX) loading, including th...
The effect of underwater shock loading on an E-Glass/Epoxy composite material has been studied. The ...
The response of composite plates subjected to underwater explosive (UNDEX) loading has been investig...
An experimental study with corresponding numerical simulations was conducted to investigate the blas...
The use of composites has attracted attention in underwater marine applications due to the array of ...
The effect of preloading on thin composite plates subjected to underwater explosive loading has been...
The dynamic response and damage evolution of composite materials subjected to underwater explosive l...