Caracterización de la viscosidad del aceite lubricante de motor monogrado SAE40 por medio de potencia óptica laser

Oscar Sarmiento Martinez; Rosember Ovando Castelar

doi:10.61117/ipsumtec.v8i3.375

Authors

Oscar Sarmiento Martinez National Technological Institute of Mexico https://orcid.org/0009-0003-6918-9673
Rosember Ovando Castelar National Technological Institute of Mexico https://orcid.org/0000-0003-1491-7437

DOI:

https://doi.org/10.61117/ipsumtec.v8i3.375

Keywords:

Absorbance, Absorption Coefficient, Laser Power, Viscosity

Abstract

In this work, preliminary results of the viscosity characterization in columns of SAE40 single-grade motor lubricating oil and the measurement of the laser optical power obtained by transmission are presented. The technique consists of a beam of a 532 nm continuous wave laser diode, which passes through a sample of oil column depending on the temperature and transmitted to a photodetector that registers and processes the signal for subsequent analysis. The results present a direct correlation between optical power and viscosity, the correlation is determined from the analysis of absorbance and absorption coefficient by means of the Lambert-Beer law.

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Author Biographies

Oscar Sarmiento Martinez, National Technological Institute of Mexico

Oscar Sarmiento Martínez. National Technological University of Mexico/Zacatepec Institute of Technology. Electromechanical Engineer, Master's and Doctorate in Engineering and Applied Sciences with a terminal option in Electrical Technology, specialising in Photonics. Lecturer in the Department of Metalworking at the Zacatepec Institute of Technology. Research Areas: Corrosion Analysis using Optical Techniques, Optical Characterisation of Materials, Non-Linear Dynamic Analysis.

Rosember Ovando Castelar , National Technological Institute of Mexico

Rosember Ovando Castelar. Electromechanical Engineer from TecNM/Zacatepec Institute of Technology (1990) and Master of Science in Mechanical Engineering from TecNM/CENIDET (1996). In 1993, he joined the Nuclear Energy Management Department of the National Institute of Electricity and Clean Energy (INEEL) as a researcher, where he worked for 24 years. His research focuses on modelling heat transfer and fluid transport processes in pipe networks, as well as modelling severe and operational accidents in nuclear power plants. He is currently a full-time professor in the Metal-Mechanics Department at TecNM/Zacatepec Institute of Technology.

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