Add to ORKGA hemispherical microbond specimen adhered onto single carbon fiber has been proposed for evaluating the interfacial shear strength between epoxy and carbon fiber. Hemispherical microbond specimens showed low interfacial shear strength data and its small standard deviation as compared with the droplet one, which seemed to be caused by the reduction of the meniscus effects and of the stress concentration in the region contacting with the tip of pin hole. In comparison with the droplet specimen the hemispherical specimen showed the shear stress distribution similar to the cylindrical one in that low stress concentration arose around the contacting region. Average interfacial shear strength obtained by the hemispherical ones represented a good...
An improved micromechanics model has been developed of the stress transfer for a single fibre embedd...
The microbond test is a method which is sometimes used for measuring interfacial shear strength. In ...
A technique is presented which can be used to measure the interfacial normal strength (INS) in trans...
A single fiber/quasi-disk microbond specimen was made for evaluating the interfacial shear strength ...
In this study, we analyzed the interfacial shear strength between epoxy and carbon fibers, measured ...
The interfacial shear strengths between two kinds of mesophase pitch-based carbon fibers and epoxy r...
Adhesion strength between epoxy resin and carbon fiber was analyzed using various microbond types ad...
Carbon fiber reinforced composites (CFRP’s) are a mainstay in many industries, including the aerospa...
ABSTRACT: Presently there is great interest in understanding and improving the bond-ing between the ...
A 3D finite element model has been developed to identify the main causes of variability in the micro...
In fiber-reinforced polymeric-matrix composites, the fiber/matrix interface plays a key role in tra...
The development of single fibre pull-out and microbond tests for characterising interfacial strength...
AbstractThe present study has focused on achieving a micromechanical understanding of the microbond ...
In this study, the apparent interfacial and interlaminar shear strength (IFSS and ILSS) of single fi...
This report focuses on the interfacial shear stress properties of the matrix fibre interface. Differ...
An improved micromechanics model has been developed of the stress transfer for a single fibre embedd...
The microbond test is a method which is sometimes used for measuring interfacial shear strength. In ...
A technique is presented which can be used to measure the interfacial normal strength (INS) in trans...
A single fiber/quasi-disk microbond specimen was made for evaluating the interfacial shear strength ...
In this study, we analyzed the interfacial shear strength between epoxy and carbon fibers, measured ...
The interfacial shear strengths between two kinds of mesophase pitch-based carbon fibers and epoxy r...
Adhesion strength between epoxy resin and carbon fiber was analyzed using various microbond types ad...
Carbon fiber reinforced composites (CFRP’s) are a mainstay in many industries, including the aerospa...
ABSTRACT: Presently there is great interest in understanding and improving the bond-ing between the ...
A 3D finite element model has been developed to identify the main causes of variability in the micro...
In fiber-reinforced polymeric-matrix composites, the fiber/matrix interface plays a key role in tra...
The development of single fibre pull-out and microbond tests for characterising interfacial strength...
AbstractThe present study has focused on achieving a micromechanical understanding of the microbond ...
In this study, the apparent interfacial and interlaminar shear strength (IFSS and ILSS) of single fi...
This report focuses on the interfacial shear stress properties of the matrix fibre interface. Differ...
An improved micromechanics model has been developed of the stress transfer for a single fibre embedd...
The microbond test is a method which is sometimes used for measuring interfacial shear strength. In ...
A technique is presented which can be used to measure the interfacial normal strength (INS) in trans...