Add to ORKGStatic and fatigue loading tests of bonded lap joints were conducted. The specimens were designed to fail in the bondline and all fatigue tests included monitoring the crack growth to failure. Detailed crack length readings for 106 fatigue specimens are provided
The fatigue de-bond growth studies have been conducted on adhesively bonded lap joint specimens bet...
Large scale structures such as those in aerospace flight vehicles are made in parts and assembled. J...
This paper reports on the development of a methodology for evaluating the fatigue damage evolution i...
Bonded lap joints were manufactured and tested under static and fatigue loading. Specimens were desi...
The fatigue behavior of a simple composite to composite bonded joint was analyzed. The cracked lap s...
The fatigue damage mechanism of composite to composite adhesively bonded joints was characterized. T...
An experimental study of cracked-lap-shear specimens was conducted to determine the influence of adh...
Various NDE methods and techniques have recently been developed to characterize adhesive bonds. Thes...
Experimental and analytical results indicate that cracks can initiate, grow, and coalesce more rapid...
Strain energy release rates were used to correlate cyclic debonding between metal sheets and composi...
A combined experimental and analytical investigation of an adhesively bonded composite joint was con...
The objective of this investigation was to characterize the pure mode 1 delamination growth in metal...
Laboratory coupon joints for fatigue debonding tests usually have narrow width and a through-width i...
A combined experimental and analytical investigation of an adhesively-bonded composite joint was con...
A geometrically nonlinear finite element analysis of cohesive failure in typical joints is presented...
The fatigue de-bond growth studies have been conducted on adhesively bonded lap joint specimens bet...
Large scale structures such as those in aerospace flight vehicles are made in parts and assembled. J...
This paper reports on the development of a methodology for evaluating the fatigue damage evolution i...
Bonded lap joints were manufactured and tested under static and fatigue loading. Specimens were desi...
The fatigue behavior of a simple composite to composite bonded joint was analyzed. The cracked lap s...
The fatigue damage mechanism of composite to composite adhesively bonded joints was characterized. T...
An experimental study of cracked-lap-shear specimens was conducted to determine the influence of adh...
Various NDE methods and techniques have recently been developed to characterize adhesive bonds. Thes...
Experimental and analytical results indicate that cracks can initiate, grow, and coalesce more rapid...
Strain energy release rates were used to correlate cyclic debonding between metal sheets and composi...
A combined experimental and analytical investigation of an adhesively bonded composite joint was con...
The objective of this investigation was to characterize the pure mode 1 delamination growth in metal...
Laboratory coupon joints for fatigue debonding tests usually have narrow width and a through-width i...
A combined experimental and analytical investigation of an adhesively-bonded composite joint was con...
A geometrically nonlinear finite element analysis of cohesive failure in typical joints is presented...
The fatigue de-bond growth studies have been conducted on adhesively bonded lap joint specimens bet...
Large scale structures such as those in aerospace flight vehicles are made in parts and assembled. J...
This paper reports on the development of a methodology for evaluating the fatigue damage evolution i...