The in situ ply strengths in several composites were calculated using laminate fracture data for appropriate low modulus, and high modulus fiber composites were used in conjunction with the least squares method. The laminate fracture data were obtained from tests on Modmor-I graphite/epoxy, AS-graphite/epoxy, boron/epoxy and E-glass/epoxy. The results show that the calculated in situ ply strengths can be considerably different from those measured in unidirectional composites, especially the transverse strengths and those in angleplied laminates with transply cracks
A series of angleplied graphite/epoxy laminates was fabricated from overaged prepreg and tested in t...
The objectives were to evaluate popular shear test methods for various forms of graphite-epoxy compo...
Three test schemes were examined for testing graphite/epoxy (Narmco T300/5208) composite material sp...
The effect of specimen size upon the response and strength of +/- 45 degree angle-ply laminates was ...
The objective of the work reported in this presentation is to determine the in situ transverse stren...
The elastic properties and failure stresses of angleplied fiber composite laminates were determined ...
Quasi-static tension tests were conducted on AS4/3501-6 graphite epoxy laminates. Dye penetrant enha...
grantor: University of TorontoDesign of advanced fiber composite structures requires a kno...
A fundamental investigation of the fracture behavior of fiber reinforced composites is discussed. It...
The results of a comparison study between a test program on the inelastic response under inplane she...
An off-axis flexure (OAF) test was performed to measure ply strength under multiaxial stress states....
A general fracture toughness parameter Qc was previously derived and verified to be a material const...
An experimental program was initiated to investigate the effect of angle-ply orientations on the com...
grantor: University of TorontoThe notched tensile strength of carbon-epoxy and glass-epoxy...
The phenomenon of residual strength in composite laminates after fatigue loading has been studied fo...
A series of angleplied graphite/epoxy laminates was fabricated from overaged prepreg and tested in t...
The objectives were to evaluate popular shear test methods for various forms of graphite-epoxy compo...
Three test schemes were examined for testing graphite/epoxy (Narmco T300/5208) composite material sp...
The effect of specimen size upon the response and strength of +/- 45 degree angle-ply laminates was ...
The objective of the work reported in this presentation is to determine the in situ transverse stren...
The elastic properties and failure stresses of angleplied fiber composite laminates were determined ...
Quasi-static tension tests were conducted on AS4/3501-6 graphite epoxy laminates. Dye penetrant enha...
grantor: University of TorontoDesign of advanced fiber composite structures requires a kno...
A fundamental investigation of the fracture behavior of fiber reinforced composites is discussed. It...
The results of a comparison study between a test program on the inelastic response under inplane she...
An off-axis flexure (OAF) test was performed to measure ply strength under multiaxial stress states....
A general fracture toughness parameter Qc was previously derived and verified to be a material const...
An experimental program was initiated to investigate the effect of angle-ply orientations on the com...
grantor: University of TorontoThe notched tensile strength of carbon-epoxy and glass-epoxy...
The phenomenon of residual strength in composite laminates after fatigue loading has been studied fo...
A series of angleplied graphite/epoxy laminates was fabricated from overaged prepreg and tested in t...
The objectives were to evaluate popular shear test methods for various forms of graphite-epoxy compo...
Three test schemes were examined for testing graphite/epoxy (Narmco T300/5208) composite material sp...