ARCHITECTURE AND ALGORITHMIC MODEL OF THE ULTRASONIC VISCOSITY AND DENSITY METER

Yusupbekov Nodirbek Rustambekovich; Ergasheva Kamola Nasriddinovna

Authors

Yusupbekov Nodirbek Rustambekovich Tashkent State Technical University
Ergasheva Kamola Nasriddinovna Tashkent State Technical University

Keywords:

viscosity, density, ultrasonic measurement, vibrational sensors, neural networks, measurement systems.

Abstract

The article provides an analytical review of modern approaches and technologies for measuring the viscosity and density of liquid media. Classical and innovative techniques are analyzed, including capillary, vibrational, ultrasonic, optical, and hybrid methods. Special attention is paid to high-frequency acoustic systems and intelligent data-processing algorithms based on wavelet analysis and neural networks. The study highlights the principles of next-generation instruments that ensure high-accuracy measurements in in situ mode. Integration of networks sensor with digital platforms and Industry 4.0 technologies significantly enhances the effectiveness of liquid property monitoring. Comparative characteristics of sensitivity, measurement range, and metrological performance of existing instruments are presented.

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