In this study, bonding joint with double zigzag type geometry was used. There are four types of overlap angles in the bonding geometry: 30°, 45°, 60° and 75°, respectively. Composite materials that are made of glass fiber have been used in this adhesive bonding geometry. These materials were produced by using prepreg (pre-impregnated) technique and [0°/90°] of orientation angle. Thickness of composite material is 3 mm. Ductile and brittle-type adhesives were used for the bonding joint. DP460 adhesive type shows ductile material properties while ATLAC580 adhesive type shows brittle material properties. The effect of adhesive type on the failure load was investigated experimentally. Test results demonstrated that failure load values were high...
Adhesive bonding is one of the most suitable joining technologies in terms of weight and mechanical ...
In this study, different single-lap hybrid joints are used to analyse the effects of the stiffness o...
The effect of adhesive thickness and adherent overlap on behavior of composite single-lap joints (SL...
Glass and carbon fiber reinforced polymer composite materials are predominantly finding wider use in...
Two simple strong and stiff fiber reinforced polymer matrix composite laminate components (adherends...
Adhesive joints are nowadays widely used in fields ranging from packaging to aeronautics. Neverthele...
Carbon fiber-reinforced plastics- (CFRP-) steel single lap joints with regard to tensile loading wit...
In this paper, we have used numerical simulation to study failure of adhesive joints in composite pl...
Joining by adhesively bonded methods is being increasingly used in the design of mechanical structur...
Structures built from several components require some means of joining. In this context, bonding wit...
Development in material science impose to use different materials in production. This causes a probl...
A unique, generally accepted, methodology to predict the failure conditions and load of adhesive bon...
In this study, load-carrying capacity of a single-lap joint bonded by an adhesive was found by exper...
In this study, different single-lap hybrid joints are used to analyse the effects of the stiffness o...
AbstractStructures built from several components require some means of joining. In this context, bon...
Adhesive bonding is one of the most suitable joining technologies in terms of weight and mechanical ...
In this study, different single-lap hybrid joints are used to analyse the effects of the stiffness o...
The effect of adhesive thickness and adherent overlap on behavior of composite single-lap joints (SL...
Glass and carbon fiber reinforced polymer composite materials are predominantly finding wider use in...
Two simple strong and stiff fiber reinforced polymer matrix composite laminate components (adherends...
Adhesive joints are nowadays widely used in fields ranging from packaging to aeronautics. Neverthele...
Carbon fiber-reinforced plastics- (CFRP-) steel single lap joints with regard to tensile loading wit...
In this paper, we have used numerical simulation to study failure of adhesive joints in composite pl...
Joining by adhesively bonded methods is being increasingly used in the design of mechanical structur...
Structures built from several components require some means of joining. In this context, bonding wit...
Development in material science impose to use different materials in production. This causes a probl...
A unique, generally accepted, methodology to predict the failure conditions and load of adhesive bon...
In this study, load-carrying capacity of a single-lap joint bonded by an adhesive was found by exper...
In this study, different single-lap hybrid joints are used to analyse the effects of the stiffness o...
AbstractStructures built from several components require some means of joining. In this context, bon...
Adhesive bonding is one of the most suitable joining technologies in terms of weight and mechanical ...
In this study, different single-lap hybrid joints are used to analyse the effects of the stiffness o...
The effect of adhesive thickness and adherent overlap on behavior of composite single-lap joints (SL...