The goal of the thesis Development of computer interface for a clamp-on ultrasonic flow meter” is to develop a new and improved computer interface for a clamp-on ultrasonic flow meter. The primary goal is to make the ultrasonic flow meter easier to
This thesis demonstrates that the small micro-controller present in ultrasonic flow meters can detect error inducing flow pulsations. The implemented code is provided in the appendices. The application targets the district heating industry where the use of ultrasonic flow meters is growing
Nowadays ultrasonic transducers are extensively used. Many industrial systems carry out their measurement process by taking the advantage of ultrasound waves. Sound of frequencies above audible range is called ultrasound, ultrasonic waves are classified under category of mechanical waves. Likewise all other