Sentence examples for coupling of electrical from inspiring English sources
Using von Kármán geometric nonlinearity, Hamilton's principle and considering charge equation for coupling of electrical and mechanical fields, the nonlinear higher order governing equations are derived.
In spite of many efforts which are aimed to recover intracardiac electrical excitations from body surface potentials [39], the coupling of electrical excitations and active forces remain unknown in clinical practice because of difficulties.
When predicting the properties of the bubble population, it was shown in our previous study that the global Bubble Number Density Distribution (BNDD) could be determined through the coupling of Electrical Resistance Tomography (ERT) to the Dynamic Gas Disengagement (DGD) process.
The poor coordination of these contractions is due to an absence of gap junctions and contractile-associated proteins that otherwise allow direct cell-to-cell coupling of electrical signaling [ 11].
In the past, we have reported that the coupling of electrical stimulus that usually leads to weak or no plasticity, with a spatial learning event leads to robust long-lasting plasticity in the adult rat (Manahan-Vaughan and Braunewell 1999; Kemp and Manahan-Vaughan 2004, 2007, 2008a).
The de-coupling of electrical and thermal conductivity of polymer composites opens numerous opportunities for new materials and systems.
In present work, the Micro-forming Fields Activated Sintering Technology (Micro-FAST) withethe coupling effects of electrical and pressure fields as the dominant driving force, has been proved to be very successful in the fabrication of the nearly full-density (relative density: 98.28%) micro-cylinder parts from ultrafine grained copper powders.
A finite element model is developed to simulate three-way coupling of thermal, electrical and mechanical behavior of electric current-activated sintering.
Then, the coupling of the electrical and thermal phenomena is studied.
The computation deals with the coupling of the electrical response and with the thermal response in first-principle field solving.
The coupling of the electrical signal with mechanics is modeled by B. M. Rocha et al. to study changes in mechanoelectric feedback due to heart failure and by P. Brocklehurst et al. to study human atrial tissue and atrial fibrillation using discrete approaches.
