Add to ORKGFifty, 100 mm diameter f 75 degree filament wound E glass fibrelepoxy resin tubes have been tested to destruction under various combinations of internal pressure and axial tension or compression. The test equipment and pro-cedures are described. The method of reinforcing and gripping the ends of the specimens avoided end failures. The effects of possible stress concentration at the ends are considered. Experimental fracture stresses are presented and compared with theoretical results for a variety of biaxial loading conditions.
International audienceThis work aims to study experimentally and numerically the pressure behaviour ...
The subject of this work is focused on strength analysis of filament-wound composite tubes made of E...
An experimental study of strength and failure behavior of orthotropic G-10 glass fiber reinforced co...
The full procedure for material characterisation of filament wound composite pipe is reported. Two d...
This study deals with the computational modeling of ply by ply failure prediction of filament wound ...
ABSTRACT: A test program was conducted to investigate the failure modes of undamaged and damaged gra...
Pultruded glass fibre reinforced polymer (PFRP) tubes are becoming popular in civil engineering appl...
Composite E-glass tubes different in fibre orientations were made by Filament Winding technique. An ...
The aim of this study is to determine the mechanical characteristics of the filament wound composite...
A method of gripping and reinforcing the ends of anisotropic tubes for testing under combined axial ...
The aim of this research is to find an improved method of predicting the failure behavior of Glass R...
International audienceThis work denotes an insight into an experimental and numerical investigation ...
Failure mechanisms of cross-ply composite tubes made by the lapped moulding technique were investiga...
International audienceThis paper presents a method for the characterization of residual stresses in ...
In structural integrity analysis of reactor pressure vessels (RPVs), a postulated shallow crack is...
International audienceThis work aims to study experimentally and numerically the pressure behaviour ...
The subject of this work is focused on strength analysis of filament-wound composite tubes made of E...
An experimental study of strength and failure behavior of orthotropic G-10 glass fiber reinforced co...
The full procedure for material characterisation of filament wound composite pipe is reported. Two d...
This study deals with the computational modeling of ply by ply failure prediction of filament wound ...
ABSTRACT: A test program was conducted to investigate the failure modes of undamaged and damaged gra...
Pultruded glass fibre reinforced polymer (PFRP) tubes are becoming popular in civil engineering appl...
Composite E-glass tubes different in fibre orientations were made by Filament Winding technique. An ...
The aim of this study is to determine the mechanical characteristics of the filament wound composite...
A method of gripping and reinforcing the ends of anisotropic tubes for testing under combined axial ...
The aim of this research is to find an improved method of predicting the failure behavior of Glass R...
International audienceThis work denotes an insight into an experimental and numerical investigation ...
Failure mechanisms of cross-ply composite tubes made by the lapped moulding technique were investiga...
International audienceThis paper presents a method for the characterization of residual stresses in ...
In structural integrity analysis of reactor pressure vessels (RPVs), a postulated shallow crack is...
International audienceThis work aims to study experimentally and numerically the pressure behaviour ...
The subject of this work is focused on strength analysis of filament-wound composite tubes made of E...
An experimental study of strength and failure behavior of orthotropic G-10 glass fiber reinforced co...