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Davis, M., Budimir, M., Damjanovic, D. & Setter, N. Rotator and extender ferroelectrics: Importance to the shear coefficient to the piezoelectric properties of domain-engineered crystal and ceramics.
Nonlinear relationship between piezoelectric shear coefficient and applied electric field is included in the controller design.
Meanwhile Using methods of wind shear coefficient and ANFIS, 12 measured wind data sets from a wind farm in North China are interpolated and analyzed, respectively.
For the two-layer system, the restraint coefficient of the layer structure and interlaminar shear coefficient were calculated on the principles of thermoelasticity theory.
A numerical example is included to illustrate the variation of the shear coefficient with respect to the system parameters.
It is shown that the shear coefficient is extremely dependent on wavenumber and only slightly dependent on frequency.
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Wind shear coefficients and gust factors are also estimated.
Extreme wind speeds and shear coefficients compare well with coastal onshore wind speeds published by the American Society of Civil Engineers.
A comparison is made with other shear coefficients for anisotropic materials published in the literature.
Numerical results reveal the effects of the electric and magnetic potentials, Winkler spring and Pasternak shear coefficients on the buckling load.
It is also integrated with various relational databases that provide the system with sectional properties, moment and shear coefficients and final member details.
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