Sentence examples for electromechanical force from inspiring English sources

In this section, we illustrate analysis via unsupervised and supervised learning algorithms for scanning tunneling spectroscopy (STM) and atomic force microscopy (AFM -based electromechAFM -basedcelectromechanical

Cardiac myocytes constitute both highly energy dependent and consuming cellular entities and as such not surprisingly host a high density of mitochondria for electromechanical coupling and force generation.

Electromechanical coupling and force generation evolves as Ca2+ influx via dihydropyridine receptors of the myocyte cell membrane causes cytosolic Ca2+ release from the sarcoplasmic reticulum via ryanodine receptors (calcium induced calcium release).

The formulation for the coupled electromechanical problem of forced vibration of a simply supported inelastic sandwich beam with piezoelectric layers is developed.

This property can be used to generate motion or force in electromechanical devices and micromachines.

A numerical method, referred to as the variable-coefficient harmonic balance method, is developed to calculate quasi-periodic responses arising in the electromechanical system under harmonic forcing.

For example, BD patients were significantly impaired in a study of two electromechanical measures of motor function, force steadiness, and velocity scaling, which are sensitive to basal ganglia abnormalties [3].

Briefly, an electromechanical transducer exerted a traction force, stretching the specimen up to 100% of the initial length, while registering the applied strength.

(A) An electromechanical pendulum system supported by a force balance topology that maintains the mass M position stable in the equilibrium position.

Analytical solutions of simply-supported beams are obtained for natural frequencies and steady state forced response under harmonic electromechanical load with damping.

PU is one of the materials considered for so called dielectric actuators, where the electromechanical response is generally due to Coulomb forces on the actuator electrodes, giving rise to a compressive pressure and thereby large deformations of the polymer.