Add to ORKGMicrobond tests composed of single fibre and matrix droplet are often used to determine the properties of fibre reinforced composites. Interfacial shear strength is quantified by the maximum pull-out force assuming a uniform stress distribution along the fibre. Here, nonlinear finite element analyses are performed to investigate the validity of this assumption
An improved micromechanics model has been developed of the stress transfer for a single fibre embedd...
One of the most popular micromechanical techniques of determining the local interfacial shear streng...
The present work deals with the numerical crack simulation of fiber-matrix debonding in single fiber...
Microbond tests composed of single fibre and matrix droplet are often used to determine the properti...
AbstractThe present study has focused on achieving a micromechanical understanding of the microbond ...
The accurate determination of interfacial strength in composites poses a significant challenge, a cr...
The microbond (MB) test is the most widely adopted micromechanical test to characterize fibre matrix...
The development of single fibre pull-out and microbond tests for characterising interfacial strength...
The microbond test is a method which is sometimes used for measuring interfacial shear strength. In ...
An improved micromechanics analysis is developed for the stress transfer in the single fibre fragmen...
A 3D finite element model has been developed to identify the main causes of variability in the micro...
The behaviour of brittle matrix reinforced-composites can be affected by the mechanical properties o...
A single fiber/quasi-disk microbond specimen was made for evaluating the interfacial shear strength ...
The microdroplet test has been used to characterize the interfacial bond in fibrous composite materi...
The microdroplet test has been used to characterize the interfacial bond in fibrous composite materi...
An improved micromechanics model has been developed of the stress transfer for a single fibre embedd...
One of the most popular micromechanical techniques of determining the local interfacial shear streng...
The present work deals with the numerical crack simulation of fiber-matrix debonding in single fiber...
Microbond tests composed of single fibre and matrix droplet are often used to determine the properti...
AbstractThe present study has focused on achieving a micromechanical understanding of the microbond ...
The accurate determination of interfacial strength in composites poses a significant challenge, a cr...
The microbond (MB) test is the most widely adopted micromechanical test to characterize fibre matrix...
The development of single fibre pull-out and microbond tests for characterising interfacial strength...
The microbond test is a method which is sometimes used for measuring interfacial shear strength. In ...
An improved micromechanics analysis is developed for the stress transfer in the single fibre fragmen...
A 3D finite element model has been developed to identify the main causes of variability in the micro...
The behaviour of brittle matrix reinforced-composites can be affected by the mechanical properties o...
A single fiber/quasi-disk microbond specimen was made for evaluating the interfacial shear strength ...
The microdroplet test has been used to characterize the interfacial bond in fibrous composite materi...
The microdroplet test has been used to characterize the interfacial bond in fibrous composite materi...
An improved micromechanics model has been developed of the stress transfer for a single fibre embedd...
One of the most popular micromechanical techniques of determining the local interfacial shear streng...
The present work deals with the numerical crack simulation of fiber-matrix debonding in single fiber...