Simulation and experimental study of the sensor emitting frequency for ultrasonic tomography system in a conducting pipe

In this paper, experimental and simulation distribution studies of ultrasonic tomography systems in acrylic versus stainless steel pipes were studied and analyzed. During the simulation, ultrasonic transducers were placed at the surface of the investigated pipelines to inspect the ultrasonic sensing field. The distribution acoustic pressure of the sound wave was scattered based on the physical dimensions and parameters of the actual experimental hardware set-up. Experiments were carried out to test the sensor performance and validated the simulation results. From the experimental and simulation results, the development of high-frequency epoxy front end ultrasonic sensors in 3 MHz of ultrasonic imaging tomography, as shown in Figure 1, were introduced and developed to measure the void fraction in liquid-gas column.218