In the present work, the property degradation of the selected material (i.e. E-glass & epoxy resin composite) manufactured by compression molding was investigated as a function of temperature after direct wetting in saline medium for varying periods. For the preparation of composite specimen, ARADUR HY951 used as hardener with ARALDITE LY556. From the experiment, moisture gain trends for different temperatures which vary with time. In that, hot setting laminate having good strength when compared to cold setting laminate. It is hoped that generation of such data will help in determining the active service life of products, beyond which, they need to be discarded to prevent catastrophic failures
204-207This study presents hygrothermal degradation of unidirectional glass fiber reinforced polyest...
The objective of the project was to investigate the long-term hot/wet performance of Glass fibre Re...
Woven graphite/epoxy composite laminate is one type of composite currently being investigated for us...
In this study, the effects of hygrothermal aging on the mechanical properties and impact behavior of...
In this work, a glass/epoxy material system applied in wind turbine blades was used to evaluate degr...
The main goal of this research is to gain a fundamental understanding of the synergistic mechanisms ...
ABSTRACT: The degradative effects of artificial seawater and distilled water immersion at 333 ° K on...
Studies were conducted on the degradation of ILSS and compression strength properties of glass/epoxy...
The water absorption characteristics and the degradation of mechanical properties of a unidirectiona...
In this research paper, the tensile and compressive strength degradation of glass fibre/epoxy compos...
The hygrothermal diffusion and degradation behavior of a high-temperature cured glass-epoxy (Epoxy N...
The present paper examines the effects of hygrothermal aging on the reinforced epoxy composites. The...
The hygrothermal diffusion and degradation behavior of a high-temperature cured glass–epoxy (Epoxy N...
Continuous fiber/metal laminates (FML) offer significant improvements over current available materia...
Fiber reinforced epoxy composites are used in a wide variety of applications in the aerospace field....
204-207This study presents hygrothermal degradation of unidirectional glass fiber reinforced polyest...
The objective of the project was to investigate the long-term hot/wet performance of Glass fibre Re...
Woven graphite/epoxy composite laminate is one type of composite currently being investigated for us...
In this study, the effects of hygrothermal aging on the mechanical properties and impact behavior of...
In this work, a glass/epoxy material system applied in wind turbine blades was used to evaluate degr...
The main goal of this research is to gain a fundamental understanding of the synergistic mechanisms ...
ABSTRACT: The degradative effects of artificial seawater and distilled water immersion at 333 ° K on...
Studies were conducted on the degradation of ILSS and compression strength properties of glass/epoxy...
The water absorption characteristics and the degradation of mechanical properties of a unidirectiona...
In this research paper, the tensile and compressive strength degradation of glass fibre/epoxy compos...
The hygrothermal diffusion and degradation behavior of a high-temperature cured glass-epoxy (Epoxy N...
The present paper examines the effects of hygrothermal aging on the reinforced epoxy composites. The...
The hygrothermal diffusion and degradation behavior of a high-temperature cured glass–epoxy (Epoxy N...
Continuous fiber/metal laminates (FML) offer significant improvements over current available materia...
Fiber reinforced epoxy composites are used in a wide variety of applications in the aerospace field....
204-207This study presents hygrothermal degradation of unidirectional glass fiber reinforced polyest...
The objective of the project was to investigate the long-term hot/wet performance of Glass fibre Re...
Woven graphite/epoxy composite laminate is one type of composite currently being investigated for us...