Stress analysis of shaft-tube bonded joints using a variational method
Kumar, S. and Scanlan, J.P. (2010) Stress analysis of shaft-tube bonded joints using a variational method. Journal of Adhesion, 86, (4)
This is the latest version of this item.
Functionally modulus graded bondline (FMGB) adhesives can be employed in bonded joints to reduce stress concentration and, hence, achieve higher joint strength. This study presents an analytical framework for the stress analysis of
a shaft-tube bonded joint based on a variational technique which minimises the complimentary energy of the bonded system. This cylindrical assembly consists of similar or dissimilar adherends and a FMGB adhesive. The effect of functional grading of adhesive elastic modulus on the peak stresses and their distributions in the adhesive layer are studied. The joint with various modulus grading profiles 15
is assessed and the results are compared with a onventional mono-modulus bondline (MMB) adhesive joint. Stress analysis indicates that the peel and shear peak stresses in the FMGB are much smaller and their distributions along bondlength are more uniform than those of MMB adhesive joints under the same axial tensile load. Numerical examples are provided to illustrate the effects of geometrical and material properties on the distributions and intensities of stresses in the bondline. Furthermore, optimal peel and shear strengths of the joint can be achieved by spatially controlling the modulus of the adhesive.
|Subjects:||Q Science > Q Science (General)|
|Divisions :||University Structure - Pre August 2011 > School of Engineering Sciences > Computational Engineering and Design
|Accepted Date and Publication Date:||
|Date Deposited:||08 Apr 2010 09:25|
|Last Modified:||31 Mar 2016 13:19|
|RDF:||RDF+N-Triples, RDF+N3, RDF+XML, Browse.|
Available Versions of this Item
Stress Analysis of Shaft-Tube Bonded Joints Using a Variational Method. (deposited 08 Apr 2010 09:32)
- Stress analysis of shaft-tube bonded joints using a variational method. (deposited 08 Apr 2010 09:25) [Currently Displayed]
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