AbstractIn this paper the strength of adhesive joint under tension and bending is discussed on the basis of intensity of singular stress by the application of FEM. A useful method is presented with focusing on the stress at the edge of interface between the adhesive and adherent obtained by FEM. After analyzing the adhesive joint strength with all material combinations, it is found that to improve the interface strength, thin adhesive layers are desirable because the intensity of singular stress decreases with decreasing of the thickness
An usual experimental observation retrieved in the technical literature is that the strength of an a...
International audienceThe Finite Element (FE) method is able to address the stress analysis of adhes...
In this study, the equivalent conditions of strength for single lap joint (SLJ) and double lap joint...
In this paper the strength of adhesive joint under tension and bending is discussed on the basis of ...
AbstractIn this paper the strength of adhesive joint under tension and bending is discussed on the b...
The paper documents ongoing research on the field ofstress calculations in the adhesive layer of bon...
The paper documents ongoing research in the field of stress analysis of adhesive bonded joints and a...
This paper discusses effects of adhesive thickness, overlap length and material combinations on the ...
Traditional material-joining techniques are facing enormous challenges due to the wide use of new ma...
The stress distributions in scarf adhesive joints under static tensile loadings are analyzed using t...
The paper is focused on the static strength of adhesively bonded structural joints and seeks a simpl...
A convenient evaluation method is proposed for the debonding adhesive strength in terms of the inten...
This paper explores the effects of the main geometrical features of an adhesive single lap joint (su...
OBJECTIVES: Differences in mechanical properties between adherents and adhesive result in stress sin...
Proceedings of 5th International Conference on Fracture Fatigue and Wear, FFW 2016, 24-26 August 201...
An usual experimental observation retrieved in the technical literature is that the strength of an a...
International audienceThe Finite Element (FE) method is able to address the stress analysis of adhes...
In this study, the equivalent conditions of strength for single lap joint (SLJ) and double lap joint...
In this paper the strength of adhesive joint under tension and bending is discussed on the basis of ...
AbstractIn this paper the strength of adhesive joint under tension and bending is discussed on the b...
The paper documents ongoing research on the field ofstress calculations in the adhesive layer of bon...
The paper documents ongoing research in the field of stress analysis of adhesive bonded joints and a...
This paper discusses effects of adhesive thickness, overlap length and material combinations on the ...
Traditional material-joining techniques are facing enormous challenges due to the wide use of new ma...
The stress distributions in scarf adhesive joints under static tensile loadings are analyzed using t...
The paper is focused on the static strength of adhesively bonded structural joints and seeks a simpl...
A convenient evaluation method is proposed for the debonding adhesive strength in terms of the inten...
This paper explores the effects of the main geometrical features of an adhesive single lap joint (su...
OBJECTIVES: Differences in mechanical properties between adherents and adhesive result in stress sin...
Proceedings of 5th International Conference on Fracture Fatigue and Wear, FFW 2016, 24-26 August 201...
An usual experimental observation retrieved in the technical literature is that the strength of an a...
International audienceThe Finite Element (FE) method is able to address the stress analysis of adhes...
In this study, the equivalent conditions of strength for single lap joint (SLJ) and double lap joint...