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The effects of transverse flexibility of the core, and boundary conditions are considered.
The governing differential equation, with consideration of the shear flexibility of the core, is derived.
The development of overall buckling or local face wrinkling instabilities enabled due to the transverse flexibility of the core result in distinct drops of the first natural frequency.
Owing to the assumed transverse flexibility of the core, both the global and the local (face wrinkling) instability modes can be addressed.
The theoretical model accounts for the flexibility of the core in the out of plane (vertical) direction and the resulting high-order displacement, acceleration, and velocity fields within the core.
The mathematical formulation incorporates the effects of the flexibility of the core in the vertical direction as well as the effects of the temperature dependent mechanical properties of the constituent materials on the non-linear behavior.
Similar(45)
By considering the flexibility of the sandwich core, the model can achieve to high-order effect caused by the nonlinearity of the longitudinal and vertical deformations of the soft FG core.
All these results concluded that the mutations seem to play an important role in decreasing the structural and dynamical flexibility of the catalytic core of the mutant protein.
The conformational flexibility of the amyloid core peptide of amylin (NFGAILSS) has been studied by nuclear magnetic resonance (NMR) (Ref. 68).
P450 cluster 1 had no evidence of increased flexibility in loops or coils, but did have regions of increased flexibility in the core of the protein.
Therefore, the presented technique offers a large flexibility in variation of the core, shell, and functionalization.
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CEO of Professional Science Editing for Scientists @ prosciediting.com