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Consequently, the design and operation of bonded components tends to be a constantly evolving, semi-quantitative process that combines fracture and finite element analysis with practical experience.
The finite element accounts for the bidirectional (plate-type) dynamic behavior and for the interfacial interaction between the adhesively bonded components.
Such displacements result from the interaction between the adhesively bonded components and it is the integrated outcome of the interfacial conditions and the deformability of the adhesive.
Damage identification of bonded components, which are often vital elements in many structures, is crucial for the prevention of failure of the entire structure.
Removing contaminants like pollutants, oxide layer, etc. from the surface and also etching the weakly bonded components from the fibers can easily be achieved by plasma treatment [4].
Specifically, quantifying adhesive material damage accumulation from static and dynamic loading is essential to predict the response of bonded components in such scenarios.
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The same applies to the adhesive peak stress by investigating a finite element model of an adhesively bonded component.
A typical rubber-to-metal bonded component, which is widely used in engine installation, is selected to validate the proposed approach.
It should be noted that the pore phase was considered as bonding component rather than voids.
Additive manufacturing, where material is introduced and bonded to components sequentially, is by its very nature a good match for the manufacture of components with changes in property built-in.
Adhesively bonded structural components are increasingly being considered for lightweight aerospace structures.
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