Sentence examples for electromechanical fields from inspiring English sources

The stress and electric displacement intensity factors are used to characterize the electromechanical fields at the punch tip.

Example applications of this theory include the electromechanical fields of piezoelectric materials and the wave equation in the limit of chemically homogeneous solids.

Numerical solution of these equations yields coupled electromechanical fields, the intensity factor and the energy release rate near the crack tip.

This two-part contribution presents a novel and efficient method to analyze the two-dimensional (2-D) electromechanical fields of a piezoelectric layer bonded to an elastic substrate, which takes into account the fully coupled electromechanical behavior.

This two-part contribution presents a novel and efficient method to analyze the two-dimensional (2-D) electromechanical fields of a piezoelectric layer bonded to an elastic substrate, which takes into account the fully coupled electric and mechanical behaviors.

Assuming the electric flux is constant along the crack area, using the known presentations of all electromechanical fields via a piecewise holomorphic vector function, the problem is reduced to a vector Hilbert problem and solved in an analytical way.

Surface relaxation and co-operative orientation induced by an electromechanical field are also discussed.

This paper investigates the singular electromechanical field near the crack tips of an internal crack.

Distribution of electromechanical field near electrode tips is closely related to the reliability of ferroelectric multilayer actuators.

The mechanical displacement and electrical potential function are derived for the piezoelectric coupled plates by solving the electromechanical field equations.

The coupled electromechanical field equations are solved, and the dispersion relations, displacement, electric potential, and stress fields are obtained analytically for both electrically open and short conditions.