A combined theoretical and experimental investigation was conducted to assess the suitability of the 10 deg off-axis tensile test specimen for the intralaminar shear characterization of unidirectional composites. Composite mechanics, a combined-stress failure criterion, and a finite variation across the specimen width and the relative stress and strain magnitudes at the 10 deg plane. Strain gages were used to measure the strain variation across the specimen width at specimen midlength and near the end tabs. Specimens from Mod-I/epoxy, T-300/epoxy, and S-glass/epoxy were used in the experimental program. It was found that the 10 deg off-axis tensile test specimen is suitable for intralaminar shear characterization, and it is recommended that...
An off-axis flexure (OAF) test was performed to measure ply strength under multiaxial stress states....
The fracture surface characteristics of off-axis high-modulus graphite-fiber/epoxy composite specime...
A simple and accurate test method is presented to investigate the influence of shear stresses on ten...
A combined theoretical and experimental investigation was conducted to assess the suitability of the...
Finite element analyses were performed to investigate theoretically the effects of in-plane and out-...
The mechanical behavior and stresses inducing fracture modes of unidirectional high-modulus graphite...
Criteria were developed for identifying, characterizing, and quantifying fracture modes in high-modu...
A detailed description is given of the experimental procedure for testing composite Iosipescu specim...
Three popular shear tests (the 10 degree off-axis, the plus or minus 45 degree tensile, and the Iosi...
The objectives were to evaluate popular shear test methods for various forms of graphite-epoxy compo...
A detailed evaluation of the suitability of the Iosipescu specimen tested in the modified Wyoming fi...
Characterization of shear behavior in composite materials remains a not fully solved problem. In the...
The off-axis tension test is frequently used to characterize the strength behavior of fibrous compos...
The mechanical behavior, fracture surfaces, and fracture modes of unidirectional high-modulus graphi...
The off axis tensile test was examined experimentally to obtain actual displacement fields over the ...
An off-axis flexure (OAF) test was performed to measure ply strength under multiaxial stress states....
The fracture surface characteristics of off-axis high-modulus graphite-fiber/epoxy composite specime...
A simple and accurate test method is presented to investigate the influence of shear stresses on ten...
A combined theoretical and experimental investigation was conducted to assess the suitability of the...
Finite element analyses were performed to investigate theoretically the effects of in-plane and out-...
The mechanical behavior and stresses inducing fracture modes of unidirectional high-modulus graphite...
Criteria were developed for identifying, characterizing, and quantifying fracture modes in high-modu...
A detailed description is given of the experimental procedure for testing composite Iosipescu specim...
Three popular shear tests (the 10 degree off-axis, the plus or minus 45 degree tensile, and the Iosi...
The objectives were to evaluate popular shear test methods for various forms of graphite-epoxy compo...
A detailed evaluation of the suitability of the Iosipescu specimen tested in the modified Wyoming fi...
Characterization of shear behavior in composite materials remains a not fully solved problem. In the...
The off-axis tension test is frequently used to characterize the strength behavior of fibrous compos...
The mechanical behavior, fracture surfaces, and fracture modes of unidirectional high-modulus graphi...
The off axis tensile test was examined experimentally to obtain actual displacement fields over the ...
An off-axis flexure (OAF) test was performed to measure ply strength under multiaxial stress states....
The fracture surface characteristics of off-axis high-modulus graphite-fiber/epoxy composite specime...
A simple and accurate test method is presented to investigate the influence of shear stresses on ten...