AbstractThis paper presents basic failure modes encountered in four layers glass fibers-reinforced polyester resin specimens subjected to tensile tests until final collapse. Chopped strand mat CSM600 (600g/m2 specific weight) has been used to reinforce Polylite 440-M888 polyester resin. From a cured plate manufactured at Compozite Ltd, specimens have been cut using a diamond powder mill to avoid introducing supplementary internal stresses in the laminate. First failures modes occurred at 0.012 strain value. Basic mechanical properties such as Young's modulus, tensile strength, load at maximum load, extension at maximum load and other important features have been experimentally determined on a “LS100 Plus” Lloyd Instruments materials testing...
The work presented within this thesis concerns measurement of the fracture toughness associated with...
International audienceThe results of in-situ cyclic tensile experiments performed on two dogbone spe...
The failure mechanisms of fiber-reinforced plastics can be studied in detail with a novel In-situ-CT...
In this study, what kind of changes may occorin the mechanical properties of glass reinforced plasti...
Fiberglass is refers to a group of products made from individual glass fibers combined into a variet...
International audienceIn this study, an innovative test is proposed to identify the longitudinal com...
The purpose of this study is to evaluation of the mechanical characterisation such as tensile, compr...
This work is an investigation into the applicability of the methods of linear elastic fracture mecha...
Unsaturated polyesters are important matrix resins used for glass fiber reinforced composites/plasti...
AbstractThis paper present and regarding the load-extension from preload distributions of twelve pli...
The many aspects of high speed response of fibre reinforced composite materials have received the at...
This research studied the tensile properties of glass fiber reinforced unsaturated polyester with di...
In engineering, prevention of failure of materials is of cardinal importance. Once failure can be pr...
This project aims to investigate and analyze failure modes of Fiber-Metal Laminates (FML) by simulat...
Abstract High performance composites are exposed to severe loading and environmental conditions. In ...
The work presented within this thesis concerns measurement of the fracture toughness associated with...
International audienceThe results of in-situ cyclic tensile experiments performed on two dogbone spe...
The failure mechanisms of fiber-reinforced plastics can be studied in detail with a novel In-situ-CT...
In this study, what kind of changes may occorin the mechanical properties of glass reinforced plasti...
Fiberglass is refers to a group of products made from individual glass fibers combined into a variet...
International audienceIn this study, an innovative test is proposed to identify the longitudinal com...
The purpose of this study is to evaluation of the mechanical characterisation such as tensile, compr...
This work is an investigation into the applicability of the methods of linear elastic fracture mecha...
Unsaturated polyesters are important matrix resins used for glass fiber reinforced composites/plasti...
AbstractThis paper present and regarding the load-extension from preload distributions of twelve pli...
The many aspects of high speed response of fibre reinforced composite materials have received the at...
This research studied the tensile properties of glass fiber reinforced unsaturated polyester with di...
In engineering, prevention of failure of materials is of cardinal importance. Once failure can be pr...
This project aims to investigate and analyze failure modes of Fiber-Metal Laminates (FML) by simulat...
Abstract High performance composites are exposed to severe loading and environmental conditions. In ...
The work presented within this thesis concerns measurement of the fracture toughness associated with...
International audienceThe results of in-situ cyclic tensile experiments performed on two dogbone spe...
The failure mechanisms of fiber-reinforced plastics can be studied in detail with a novel In-situ-CT...