Add to ORKGGlass-polyester composites were formed by hand lay up (HLU) moulding, with nominal volume fraction of 40 % and nominal thickness of 6 mm. The effect of glass reinforcement geometry on the Mode-I and Mode-II were studied to measure interlaminar fracture energies of composites which are measures of the resistance to crack growth under tensile and in-plane shear, respectively. The results showed that the interlaminar fracture energies of composites and fracture mechanism are a function of glass reinforcement geometry
The mechanical properties and fracture mechanics of a series of short glass fibre reinforced and rub...
The aim of this paper is to determine the effect of arrangement of fibreglass fabric plies in a poly...
In the manufacturing process of composite materials that involve the hardening of a thermosetting re...
In this paper an experimental study is performed in order to determine an approximate interlaminar f...
Unsaturated polyesters are important matrix resins used for glass fiber reinforced composites/plasti...
This work is an investigation into the applicability of the methods of linear elastic fracture mecha...
The paper outlines the method and the results of the experimental investigation of interlaminar stre...
Glass fiber-reinforced polyester matrix composites are increasingly used because of their many advan...
rate; microstructure/properties. A study has been conducted to evaluate the benefits of using novel ...
The primary purpose of the study was to investigate the anisotropic behavior of different noncrimp s...
ABSTRACT: The effect of molding conditions on the resistance to Mode II interlaminar crack propagati...
The primary purpose of this study is to investigate the anisotropic behavior of different glass-fabr...
Due to the inherent brittleness of the commonly used thermoset polymer matrices and glass or carbon ...
In this study, what kind of changes may occorin the mechanical properties of glass reinforced plasti...
In engineering, prevention of failure of materials is of cardinal importance. Once failure can be pr...
The mechanical properties and fracture mechanics of a series of short glass fibre reinforced and rub...
The aim of this paper is to determine the effect of arrangement of fibreglass fabric plies in a poly...
In the manufacturing process of composite materials that involve the hardening of a thermosetting re...
In this paper an experimental study is performed in order to determine an approximate interlaminar f...
Unsaturated polyesters are important matrix resins used for glass fiber reinforced composites/plasti...
This work is an investigation into the applicability of the methods of linear elastic fracture mecha...
The paper outlines the method and the results of the experimental investigation of interlaminar stre...
Glass fiber-reinforced polyester matrix composites are increasingly used because of their many advan...
rate; microstructure/properties. A study has been conducted to evaluate the benefits of using novel ...
The primary purpose of the study was to investigate the anisotropic behavior of different noncrimp s...
ABSTRACT: The effect of molding conditions on the resistance to Mode II interlaminar crack propagati...
The primary purpose of this study is to investigate the anisotropic behavior of different glass-fabr...
Due to the inherent brittleness of the commonly used thermoset polymer matrices and glass or carbon ...
In this study, what kind of changes may occorin the mechanical properties of glass reinforced plasti...
In engineering, prevention of failure of materials is of cardinal importance. Once failure can be pr...
The mechanical properties and fracture mechanics of a series of short glass fibre reinforced and rub...
The aim of this paper is to determine the effect of arrangement of fibreglass fabric plies in a poly...
In the manufacturing process of composite materials that involve the hardening of a thermosetting re...