283-292In this study, bearing strengths of bolted joints with different clearances are compared. Woven-glass-epoxy prepreg composites are tested under two different bolt-bearing conditions. The geometry of the samples for bolted joints is suitably varied in order to find the limit for width-to-diameter (W/d) and edge distance-to-diameter ratios (E/d), which are necessary to avoid unsafe failure modes. Damage progression is examined using scanning electron microscope (SEM) on specimens with mixed (bearing+net tension) mode for different percentages of their ultimate failure load. It is observed that the clearance between the bolt and hole has an important influence on the failure load of mechanically fastened joints
To explore the physical effect of end distances on mechanical behaviors of composite bolted joints, ...
WOS: 000294757300002In this study, the failure response of two serial bolted joints in composite lam...
The evaluation and prediction of failure probability and safe levels of composite materials is of ex...
In this study, a failure analysis of glass-epoxy laminated composite bolted-joints with bolt/hole cl...
WOS: 000288497700001In this study, a failure analysis of glass-epoxy laminated composite bolted-join...
A failure investigation was performed to determine the failure mode and bearing strength of mechanic...
In this study, a failure analysis was carried out to determine bearing strengths of mechanically fas...
ABSTRACT: In this study, a failure analysis was carried out to determine bearing strengths of mechan...
In this study, the effect of preload moments on failure response of glass-epoxy laminated composite ...
An experimental study was carried out to investigate the failure strength of a pinned-joint E-glass/...
A combined analytical and experimental study is conducted to determine the effects of clearance and ...
WOS: 000248847500002Because of increased use of composites, understanding the failure behaviour of c...
WOS: 000265904500060In this study, a failure analysis of two-serial-bolted glass-fiber-reinforced ep...
In this study, the influences of geometrical parameters on the failure response of two serial pinned...
In this study, a failure analysis of two-serial-bolted glass-fiber-reinforced epoxy composite plates...
To explore the physical effect of end distances on mechanical behaviors of composite bolted joints, ...
WOS: 000294757300002In this study, the failure response of two serial bolted joints in composite lam...
The evaluation and prediction of failure probability and safe levels of composite materials is of ex...
In this study, a failure analysis of glass-epoxy laminated composite bolted-joints with bolt/hole cl...
WOS: 000288497700001In this study, a failure analysis of glass-epoxy laminated composite bolted-join...
A failure investigation was performed to determine the failure mode and bearing strength of mechanic...
In this study, a failure analysis was carried out to determine bearing strengths of mechanically fas...
ABSTRACT: In this study, a failure analysis was carried out to determine bearing strengths of mechan...
In this study, the effect of preload moments on failure response of glass-epoxy laminated composite ...
An experimental study was carried out to investigate the failure strength of a pinned-joint E-glass/...
A combined analytical and experimental study is conducted to determine the effects of clearance and ...
WOS: 000248847500002Because of increased use of composites, understanding the failure behaviour of c...
WOS: 000265904500060In this study, a failure analysis of two-serial-bolted glass-fiber-reinforced ep...
In this study, the influences of geometrical parameters on the failure response of two serial pinned...
In this study, a failure analysis of two-serial-bolted glass-fiber-reinforced epoxy composite plates...
To explore the physical effect of end distances on mechanical behaviors of composite bolted joints, ...
WOS: 000294757300002In this study, the failure response of two serial bolted joints in composite lam...
The evaluation and prediction of failure probability and safe levels of composite materials is of ex...