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RISEdge Effects in Adhesively Bonded Composite Joints Iintegrated with Piezoelectric Patches
Analytical electromechanical solutions to the interfacial stresses in the adhesively bonded composite joints integrated with piezoelectric actuator are presented in this paper within the framework of full layerwise theory. ...
Analytical Localized Thermo-Mechanical Analysis of Bi-Material Thermostats using the Full Layerwise Theory
Thermo-mechanical properties of materials enable the designers to construct thermal-sensitive structures as actuators to perform a pre-defined function or as sensors to control an operation. A bi-material thermostat is a ...
Localized Thermal Analysis of Adhesively Bonded Single-lap Joints using Full Layerwise Theory
Construction of a complex mechanical structure as a uniform system with no separate parts is usually very difficult or even impossible. Therefore, using several kinds of bonded joints to collect these parts together seems ...
Accurate Analysis of Adhesively Bonded Piezoelectric Actuators Using Full Layerwise Theory
In this paper, accurate analytical solutions to three-dimensional stress field of the adhesively bonded piezoelectric patches under electrical incitements are presented within the framework of the full layerwise theory ...
Interfacial Void in Adhesively Bonded Composite Joint Integrated with Piezoelectric Patch
Piezoelectric patches are often bonded to composite substrates using adhesives. Performance of an adhesive bonding is highly related to the degree of integration between the bonded materials. Therefore, appropriate pre-bonding ...
Accurate determination of stress distributions in adhesively bonded homogeneous and heterogeneous double-lap joints
In this paper, within the displacement field of the full layerwise theory (FLWT), an analytical method is developed for stress analysis of symmetric adhesively bonded homogeneous and heterogeneous double-lap joints (DLJs). ...
Analytical solutions for adhesively bonded composite single-lap joints under mechanical loadings using full layerwise theory
In this paper, analytical solutions for adhesively bonded composite single-lap joints (SLJs) are presented within the framework of the full layerwise theory (FLWT). The adhesively bonded composite SLJ is divided into a ...
An analytical investigation on thermomechanical stress analysis of adhesively bonded joints undergoing heat conduction
Thermomechanical loading, in the same way that mechanical loading can cause significant stress
violations,may give rise to significant stress variations and concentrations and in some circumstances can result in ...
Stress Analysis of Heterogeneous Double-Sided Strap Joints under Mechanical Loading Using Full Layerwise Theory
Heretofore, some analytical methods are presented to find the stress field of bonded joints, particularly near the edges of the bonding region in which the destruction may usually occur. However, results obtained using ...
Analytical Solutions of Stress Field in Adhesively Bonded Composite Single-lap Joints under Mechanical Loadings
In this paper, considering an adhesively bonded composite single-lap joint, a novel approach is presented
to predict the peel and shear stress distributions of the adhesive layer for an ASTM standard test sample.
In ...