… In what follows, we discuss some of the basic modeling issues underlying finite element
simulation of transducers and arrays, and provide guidelines for the best use of these …

… element analysis performed to investigate capacitive micromachined ultrasonic transducers
… were developed using a commercially available finite-element modeling (FEM) software. …

… the length of the transducer. After that, the transducer is modeled with the finite element
method to … Finally a prototype transducer is manufactured and tested. The results of theoretical, …

… ANSYS15.0 is used to calculate and analyze the transducer … finite element analysis software
can calculate the transducer … The design frequency of the transducer is 20 kHz, the error …

… for sound radiation, as in the case of ultrasonic transducers. Usually, the finite element
method is only applicable to the problems of a finite space. However, an infinite space can be …

… in guided wave ultrasonic inspection, is presented. Two-dimensional waveguide finite
elements are used to model the waveguide. Conventional three-dimensional finite elements are …

… array element to its nonactive neighboring elements. In this study, finite element analyses
are … A two-dimensional finite element model of the cMUT is constructed using the commercial …

… the finite element modeling of mechanical crosstalk in linear periodic arrays of ultrasonic
transducers used … The method allows analyzing which of the array’s structural elements, in what …

… used for these capacitive transducers has to be accounted for. In this work, a two-dimensional
finite element analysis of capacitive micromachined ultrasonic transducers (cMUT) is …

… of the finite-element method to a transient heat response problem in electrostrictive ultrasonic
transducers during their … of the ultrasonic transducers when they are operated at intense …