Add to ORKGThe effects of reinforcing fibers on the fracture toughness, critical stress intensity factor, and Young\u27s modulus of an epoxy resin are investigated. By varying the volume percentage of glass fibers oriented parallel to a crack, it is found that there exists an optimum fracture toughness of the composite dependent upon the fiber volume percentage and the constituents of the composite
Automotive and aeronautical composite structures can be subjected to dynamic loading scenarios (e.g....
A review of the interlaminar fracture indicates that a standard specimen geometry is needed to obtai...
The present work is focused on improving mode I and mode II delamination resistance of glass/epoxy c...
Impacts to fibrous composite laminates by objects with low velocities can break fibers giving crack-...
The validity of linear elastic fracture mechanics and other fracture criteria was investigated with ...
The application of advanced composite materials, such as graphite/epoxy, has been on the rise for th...
Quantitative understanding of the parameters which control composite fracture is imperative to the i...
The objective of the work was to investigate statistical analysis of fracture toughness...
A general fracture toughness parameter Qc was previously derived and verified to be a material const...
Study of factors that affected crack propagation fracture toughness of fiberglass composite repairs,...
Fiber-reinforced composite has the advantages of being light in weight with superior properties, whe...
A mathematical model is described which will permit predictions of the strength of fiber reinforced ...
The high tensile strength characteristic of strong interfacial filament/matrix bonding can be combin...
Report summarizes the findings of studies made of the influence of both fiber and matrix characteris...
Low density aramid and carbon fibre-reinforced epoxy foam has been synthesised with the aim of impro...
Automotive and aeronautical composite structures can be subjected to dynamic loading scenarios (e.g....
A review of the interlaminar fracture indicates that a standard specimen geometry is needed to obtai...
The present work is focused on improving mode I and mode II delamination resistance of glass/epoxy c...
Impacts to fibrous composite laminates by objects with low velocities can break fibers giving crack-...
The validity of linear elastic fracture mechanics and other fracture criteria was investigated with ...
The application of advanced composite materials, such as graphite/epoxy, has been on the rise for th...
Quantitative understanding of the parameters which control composite fracture is imperative to the i...
The objective of the work was to investigate statistical analysis of fracture toughness...
A general fracture toughness parameter Qc was previously derived and verified to be a material const...
Study of factors that affected crack propagation fracture toughness of fiberglass composite repairs,...
Fiber-reinforced composite has the advantages of being light in weight with superior properties, whe...
A mathematical model is described which will permit predictions of the strength of fiber reinforced ...
The high tensile strength characteristic of strong interfacial filament/matrix bonding can be combin...
Report summarizes the findings of studies made of the influence of both fiber and matrix characteris...
Low density aramid and carbon fibre-reinforced epoxy foam has been synthesised with the aim of impro...
Automotive and aeronautical composite structures can be subjected to dynamic loading scenarios (e.g....
A review of the interlaminar fracture indicates that a standard specimen geometry is needed to obtai...
The present work is focused on improving mode I and mode II delamination resistance of glass/epoxy c...