SIMULATION OF THE PARAMETERS OF ULTRASONIC DOSING CAVITATION DEVICE WITH RADIATIVE PLATE. PART 3. COMPUTER-AIDED VARIANT 3D DESIGN

摘要

The basic techniques of computer-aided 3D variant design of an ultrasonic device based on a proposed technique of structuro-parametric simulation of a dosing cavitation device with rectangular radiative plate are described. The proposed approach assures effective determination of the required rational dimensions of the radiative plates and ultrasonic vibrators to optimize their features when employed in specific technological processes, in particular, ultrasonic cavitation dosing in the technology employed in the manufacture of composite fibrous materials.