It is shown that the interfacial parameters of a composite system which include the interfacial shear strength, the interfacial coefficient of friction, and the shrinkage pressure can be determined using the proposed model for the debonding and pull-out processes. The effect of the matrix morphology and the fibre surface treatment on the interfacial parameters, and hence on the mechanical properties, for a glass fibre-polypropylene system was determined. © 1992 Chapman & Hall.link_to_subscribed_fulltex
Interface strength in glass fibre-polypropylene was measured using both fibre pull-out and microdebo...
In this research, the interface between natural fibres and thermoplastic matrices is studied, in whi...
The mechanical behavior of short-fiber composites generally differs from long-fiber composites. The ...
Factors which control the strength and toughness of a fibre-reinforced composite in terms of the rol...
Effects of various geometrical and physical factors, as well as the method of data reduction (analys...
The development of single fibre pull-out and microbond tests for characterising interfacial strength...
Several experimental and theoretical methods developed to evaluate the interfacial properties of fib...
The behaviour of brittle matrix reinforced-composites can be affected by the mechanical properties o...
In the present work, a new technique was developed to determine the interfacial properties of two op...
Interface strength in glass fibre-polypropylene was measured using both fibre pull-out and microbond...
A modified fiber pullout technique has been developed which allows direct experimental evaluation of...
Interface strength in glass fibre–polypropylene was measured using both fibre pull-out and microbond...
This paper focuses on the cure shrinkage and the thermomechanical properties of an amine cured epoxy...
Synthetic fibre reinforced polymer (FRP) composite materials have been widely used in engineering fi...
Synthetic fibre reinforced polymer (FRP) composite materials have been widely used in engineering fi...
Interface strength in glass fibre-polypropylene was measured using both fibre pull-out and microdebo...
In this research, the interface between natural fibres and thermoplastic matrices is studied, in whi...
The mechanical behavior of short-fiber composites generally differs from long-fiber composites. The ...
Factors which control the strength and toughness of a fibre-reinforced composite in terms of the rol...
Effects of various geometrical and physical factors, as well as the method of data reduction (analys...
The development of single fibre pull-out and microbond tests for characterising interfacial strength...
Several experimental and theoretical methods developed to evaluate the interfacial properties of fib...
The behaviour of brittle matrix reinforced-composites can be affected by the mechanical properties o...
In the present work, a new technique was developed to determine the interfacial properties of two op...
Interface strength in glass fibre-polypropylene was measured using both fibre pull-out and microbond...
A modified fiber pullout technique has been developed which allows direct experimental evaluation of...
Interface strength in glass fibre–polypropylene was measured using both fibre pull-out and microbond...
This paper focuses on the cure shrinkage and the thermomechanical properties of an amine cured epoxy...
Synthetic fibre reinforced polymer (FRP) composite materials have been widely used in engineering fi...
Synthetic fibre reinforced polymer (FRP) composite materials have been widely used in engineering fi...
Interface strength in glass fibre-polypropylene was measured using both fibre pull-out and microdebo...
In this research, the interface between natural fibres and thermoplastic matrices is studied, in whi...
The mechanical behavior of short-fiber composites generally differs from long-fiber composites. The ...