Adhesively bonded joints are used in many applications which are dynamically loaded. Thus, excellent fatigue properties of adhesives, especially under fracture mode II, are required. The fracture mode II testing of adhesive is challenging, where the observation of the crack length is complicated. Accordingly, compliance-based effective crack length definitions avoiding direct observation have been used instead. The experimental crack monitoring method using digital image correlation (DIC) is studied in this work. The DIC-based monitoring is compared to the compliance-based method in defining the crack length. The developed DIC-based method is useful to study, especially, the microcracked adhesive region ahead of the distinct open crack tip....
AbstractThe fracture process in reinforced concrete structures is complicated because it is associat...
The present work concentrates on the development of a methodology for evaluating the fatigue perform...
The relationship between the response of backface strain distributed sensing by Optical Backscatter ...
In this study, the crack lengths in adhesively bonded double cantilever beam (DCB) test specimens ha...
Adhesive bonding presents many advantages, such as efficient manufacturing and improved structural p...
The quasi-static Mode I fracture behaviour of joints bonded with either a brittle or toughened epoxy...
Digital image correlation has been used, in conjunction with Mode I and Mode II fracture mechanics t...
Abstract Structural bonding and bonded repairs of composite materials become more and more impo...
This paper presents a simple experimental procedure that greatly facilitates the use of digital imag...
The present paper exposes the development of a specific Digital Image Correlation (DIC) method to e...
Digital image correlation (DIC) is an optical technique commonly used for measuring displacement fie...
In this study, the crack growth behavior and shear stress distribution under typical loading condit...
This paper implements a dual actuator testing protocol to evaluate the fracture behavior of a toughe...
Digital image processing (DIP) techniques offer interesting possibilities in various fields of scien...
Digital image correlation (DIC) is more and more utilized in experimental mechanics. It is a contact...
AbstractThe fracture process in reinforced concrete structures is complicated because it is associat...
The present work concentrates on the development of a methodology for evaluating the fatigue perform...
The relationship between the response of backface strain distributed sensing by Optical Backscatter ...
In this study, the crack lengths in adhesively bonded double cantilever beam (DCB) test specimens ha...
Adhesive bonding presents many advantages, such as efficient manufacturing and improved structural p...
The quasi-static Mode I fracture behaviour of joints bonded with either a brittle or toughened epoxy...
Digital image correlation has been used, in conjunction with Mode I and Mode II fracture mechanics t...
Abstract Structural bonding and bonded repairs of composite materials become more and more impo...
This paper presents a simple experimental procedure that greatly facilitates the use of digital imag...
The present paper exposes the development of a specific Digital Image Correlation (DIC) method to e...
Digital image correlation (DIC) is an optical technique commonly used for measuring displacement fie...
In this study, the crack growth behavior and shear stress distribution under typical loading condit...
This paper implements a dual actuator testing protocol to evaluate the fracture behavior of a toughe...
Digital image processing (DIP) techniques offer interesting possibilities in various fields of scien...
Digital image correlation (DIC) is more and more utilized in experimental mechanics. It is a contact...
AbstractThe fracture process in reinforced concrete structures is complicated because it is associat...
The present work concentrates on the development of a methodology for evaluating the fatigue perform...
The relationship between the response of backface strain distributed sensing by Optical Backscatter ...