Sentence examples for electromechanical fields of from inspiring English sources

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

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.

Green's function that gives the full set of electromechanical fields due to a point electric charge and an arbitrarily oriented point force is derived in explicit form for a piezoelectric material with the symmetry of class 6.

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.

A dynamic X-FEM model is developed in which both Crank Nicolson and Newmark time integration methods are used for calculating transient responses of thermal and electromechanical fields respectively.

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

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

An approximate formulation for the problem in terms of the amplitudes of the main electromechanical field variables is produced by applying the monoharmonic (single-frequency) approach along with the concept of complex moduli to characterize the cyclic properties of the material.

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

Solutions of the mechanical displacement and electrical potential function are obtained for the piezoelectric layer and elastic substrate by solving the coupled electromechanical field equations.