Add to ORKGThis project presented the analysis of the shear stress distribution experienced at the bondline of the adhesive bonded splice joints subjected to axial tensile load on the ends of substrates. Two joint configurations were considered, namely “Normal Doubler” joint and “Stepped Doubler” joint. A uni-axial tension test was carried out as a study on the shear stress distribution at the bondline of the adhesive bonded joints. A finite element analysis was conducted to simulate the specimen behavior using Finite Element Software ANSYS and the results were verified by a series of experiments.Master of Science (Mechanics & Processing of Materials
The use of relatively low modulus adhesive at the ends of overlap in a bi-adhesive bondline of a bon...
Stress and strain distributions in the adhesively bonded joints subjected to distributed forces are ...
Strength and failure analyses are critical to the safe and sustainable design of any structure. In t...
WOSInternational audienceThe use of adhesively bonded joints is often limited by a lack of reliable ...
WOSInternational audienceThis study is concerned with increasing the performance of adhesively bonde...
International audienceThe Finite Element (FE) method is able to address the stress analysis of adhes...
The Finite Element (FE) method is able to address the stress analysis of bonded joints. Nevertheless...
A finite element analysis is able to determine stress and strain distributions throughout a bonded s...
The paper documents ongoing research in the field of stress analysis of adhesive bonded joints and a...
The paper documents ongoing research on the field ofstress calculations in the adhesive layer of bon...
Stress and strain distributions in the adhesive bonded joints subjected to distributed forces are in...
Adhesively bonded joints are becoming useful for developing new structural designs and also as repla...
WOSInternational audienceMore and more accurate models have been developed for describing the mechan...
In this paper, a boundary element technique for modeling and analysis of adhesive bonded structural ...
WOSInternational audienceExperimental and numerical analyses of the mechanical behavior of bonded jo...
The use of relatively low modulus adhesive at the ends of overlap in a bi-adhesive bondline of a bon...
Stress and strain distributions in the adhesively bonded joints subjected to distributed forces are ...
Strength and failure analyses are critical to the safe and sustainable design of any structure. In t...
WOSInternational audienceThe use of adhesively bonded joints is often limited by a lack of reliable ...
WOSInternational audienceThis study is concerned with increasing the performance of adhesively bonde...
International audienceThe Finite Element (FE) method is able to address the stress analysis of adhes...
The Finite Element (FE) method is able to address the stress analysis of bonded joints. Nevertheless...
A finite element analysis is able to determine stress and strain distributions throughout a bonded s...
The paper documents ongoing research in the field of stress analysis of adhesive bonded joints and a...
The paper documents ongoing research on the field ofstress calculations in the adhesive layer of bon...
Stress and strain distributions in the adhesive bonded joints subjected to distributed forces are in...
Adhesively bonded joints are becoming useful for developing new structural designs and also as repla...
WOSInternational audienceMore and more accurate models have been developed for describing the mechan...
In this paper, a boundary element technique for modeling and analysis of adhesive bonded structural ...
WOSInternational audienceExperimental and numerical analyses of the mechanical behavior of bonded jo...
The use of relatively low modulus adhesive at the ends of overlap in a bi-adhesive bondline of a bon...
Stress and strain distributions in the adhesively bonded joints subjected to distributed forces are ...
Strength and failure analyses are critical to the safe and sustainable design of any structure. In t...