Sentence examples for electromechanical characteristic from inspiring English sources

The poling conditions, including the poling voltage, poling temperature and poling duration, affect the electromechanical characteristic or output actuated displacement.

The electromechanical characteristics of the PEHs are tested experimentally.

The electromechanical characteristics of such actuators are modeled based on equilibrium pressure equation.

These findings can provide effective guidance for the explanation of certain physical phenomenon about size-dependent electromechanical characteristics and experimental design of piezoelectric devices in nanoscale.

Due to electromechanical characteristics these films are suited to strain sensing applications requiring miniature strain control in a wide deformation range.

The deviation in the mass or geometrical errors during the microfabrication processes changes the electromechanical characteristics of the microscanner; even small microscale mass deviations or a geometrical error can drastically change the characteristics of the device.

All electromechanical characteristics at the interface are presented in a closed form for arbitrary contact zone lengths, and further, the transcendental equation for the determination of the real contact zone length is derived.

We demonstrated the validity of the suggested fracture mechanism and its correlation with the electromechanical characteristics by combining statistical analysis of the evolution of crack size distribution with strain, frictional force measurement and coupled thermal electrical finite element analysis.

This paper provides a comprehensive theoretical study of the effect of the bonding layer on the coupled electromechanical characteristics of a piezoelectric sensor bonded to an elastic substrate, which is subjected to a high frequency elastic wave.

The electromechanical characteristics of chemical vapor deposited graphene transferred onto a polymeric substrate were investigated by conducting tensile tests in combination with electrical resistance measurement inside a scanning electron microscope.

These unique electromechanical characteristics are primarily the result of structural changes during mechanical deformation.