… on an optimization procedure needed to determine all parameters involved in the transducer
… , FEM simulation and optimization of the transducer, following its manufacturing stages. …

… on an optimization procedure needed to determine all parameters involved in the transducer
… , FEM simulation and optimization of the transducer, following its manufacturing stages. …

… The aim of this work is to design an ultrasonic transducer for clinical applications in the field
… , dd, ds and dr are the diameters of the piezo disk, disk and ring respectively, and Lz and the …

… Analyzer, and optimized FEM results. As regard temperature measurements, the … model
has been developed and validated to study the heating of an ultrasound piezo-disk transducer, …

… Analyzer, and optimized FEM results. As regard temperature measurements, the … model
has been developed and validated to study the heating of an ultrasound piezo-disk transducer, …

… , optimizing, a device. In this paper, steps for simulation of ultrasound transducer using FEM
… dimensions and frequency ranges of ultrasound transducer varies, this simulation is helpful …

… of ultrasonic transducer array for medical applications has experienced a revolution in recent
years. An ultrasonic transducer array is a transducer that … of the linear transducer arrays. …

… We present here a detailed 3D FEM for the transducer , … order to optimize some key parameters
of modelled materials. Then … layer of super thermally conductive material that acts as heat …

… In this paper, we present an analytical model for piezoelectric transducers using the …
Cati, “Ultrasound Piezo-Disk Transducer Model for Material Parameter Optimization,” in Proc. …

… ultrasound transducer vibrating at a thickness mode can be well-characterized by the
KrimholtzLeedom-Matthaei (KLM) model … 6 shows the optimal frequency of the ultrasonic and …