Sentence examples for distributed transducers from inspiring English sources

However, this becomes more complicated when using traditional loudspeakers with separately distributed transducers.

In beam structures they may be implemented using either discrete transducers or continuous, distributed transducers.

For distributed transducers this paper introduces the idea of approximating the width of the transducer using the underlying finite element model shape functions.

The procedure is based on finite element models of the structures, and thus distributed transducers may be designed for arbitrary beam and plate structures.

An additional advantage of such portable systems is their wide-scale utility in distributed transducer networks.

This paper will discuss two-dimensional distributed transducer shape and shading and their implications for the active control of plates.

Designing constant thickness, distributed modal transducers for plate structures is difficult.

Unlike for beam structures, the design of constant thickness, distributed modal transducers for plate structures is not straightforward.

Also, the paper presents the main measurement methods of ultrasound field energy, intensity and derived values generated by ultrasound transducers, distributed in three main groups.

The concept on which these systems are based exploits piezoelectric transducers––uniformly distributed on the member––to transform strain energy into capacitive energy: this last will be subsequently dissipated using resistors, the optimal value of which is determined by a pole placement criterion.

The PA signals, which were received by the ultrasonic transducers, were spirally distributed on the surface of the bowl and then directed to a computer.