Sentence examples for electromechanical problem from inspiring English sources
A semi-analytical approach has been efficiently formulated to solve this coupled electromechanical problem under a steady state condition.
All the results obtained using the perturbation method have been compared with the exact solutions of the coupled electromechanical problem.
Starting from a geometrically exact formulation of the original, three-dimensional electromechanical problem, we apply the variational asymptotic method to carry out a systematic dimensional reduction.
Based on a certain equivalence between gradient and integral formulations, we solve the problem governing the electromechanical problem of CNTs regarded as cylinders subjected to electrostatic forces.
The formulation for the coupled electromechanical problem of forced vibration of a simply supported inelastic sandwich beam with piezoelectric layers is developed.
The steady-state electromechanical problem is described by a three-field formulation and solved by a staggered procedure, coupling a structural finite element model and a finite element discretization of the electrostatic field.
In Part I, Hellinger Reissner variational principle for elasticity is extended to electromechanical problems of the bimaterial, and is utilized to obtain the governing equations for the problems concerned.
At the Department of Energys Sandia National Laboratories in Livermore, Cummings solved a 150-year-old electromechanical design problem in three months, pioneering a method to quickly and simply separate molecules.
This article reports a side electromechanical instability problem of slender comb-fingers in MEMS electrostatic comb-drive actuators.
The electromechanical postbuckling problem will analytically be solved for the one-dimensional, square checkerboard, hexagonal and herringbone periodic patterns.
For this electromechanical coupling problem, by virtue of Green's function solutions, the induced elastic and piezoelectric fields are first expressed in terms of line integrals on the boundary of the inclusion.
