Accurate viscosity measurement is crucial in various industrial and scientific applications, ranging from pharmaceuticals to materials engineering. This project focuses on the development of a novel viscosity measuring device using vibrational techniques. By leveraging the principles of vibration analysis, the device promises enhanced precision and reliability compared to traditional methods. The design integrates advanced sensors and signal processing algorithms to interpret the vibrational response of fluids, correlating it directly with viscosity values. This abstract outlines the methodology, experimental setup, and initial results demonstrating the feasibility and effectiveness of the vibrational approach. The potential applications of this technology in quality control, process optimization, and scientific research underscore its significance in advancing viscosity measurement methodologies.

Vibrational technique, Viscosity measurement, Engineering design

WaltersK, JamesWM. Instrumentation reference book. Butterworth Heinemann Publishing Company,Oxford, U.K, 2010;4:69-75.

FoxR, McDonaldAT, PritchardMechanics, 8th Edition, Wiley New York. 2012;8:31-33.

EitemanMA, GodwinJW, Rheology of the triglycerides tricaprison, triceprylin and tricaprin of diesel fuel. Transcaters ASAE, Emerald Publishing Limited. 1993;503-507

RaoMA. Rheology of foodsFood Engineering. NY,USA. 1997168.

KlofutarC, RudanDT, Romihand thermal expansion Coefficients of Vegetables Oils. Acta Chin.55.

6. AbdulagatovAI, MagerramovAzizorND. Effect of temperature, pressure and concentration on the viscosity of fruit juices. Experimental And modeling, Physical and Chemical Properties Division, National Institute of StandarTechnology, U.S.A. 2011;63.

MostertR, VanDer GulikBergHR. The working equations of a vibrating wire viscometer. Statistical theoretical physics.Elsevier. 1989;56(3): 909-920.

KandilM. The development of a vibrating wire viscometer and a microwave cavity resonator. Ph.D. dissertation, University of Canterbury, New Zealand;2005.

RetsinaT, RichardsonSM, WakehamWA. The Theory of a vibrating rod viscometer. Journal of Applied Scientific Research. 1987;3(2):325-346.

Won-kyuR, KenichiO, Paul. Non-contact Technique for measuring surface tension and viscosity of molten materials using high temperature electrostatic leviator. American Institute of Physics. Review of Scientific Instruments. 2013;70:2796-2801.

LawalBY, DadaJB, Ahmed-Ade. Construction of automatic temperature controller formonitoring heating and cooling systems. Journal of Sustainable Technolog. 2016;7:1-5.

Burkle Gmbh, Viscosity of Liquids Datasheet. 2012;1-3