Visualization Of Technological Processes For Management Purposes

Main Article Content

R. Rahmonkulov
Sh.T. Manshurov

Abstract

This article is devoted to the application of specialized software for visualizing temperatures in technological processes. The article discusses the main tasks that can be solved using software tools, such as monitoring the temperature regime, identifying deviations, optimizing equipment operation, and others. In conclusion, it is noted that the development of technology for visualizing parameters in technological processes will contribute to increasing production efficiency, reducing the risks of emergency situations, and improving the quality of the products produced.

Article Details

How to Cite
R. Rahmonkulov, & Sh.T. Manshurov. (2023). Visualization Of Technological Processes For Management Purposes. The Peerian Journal, 18, 8–14. Retrieved from https://peerianjournal.com/index.php/tpj/article/view/551
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Articles

References

Fedotov, A.V., & Kuznetsov, A. I. (2018). Development of a system for visualizing temperature fields in laser processing of materials based on the LabVIEW platform. Bulletin of Omsk State Technical University, (3), 38-44.

Rudnev, A. (2016). Development of software for visualization of the temperature field of the human body based on thermographic camera. Abstracts of the international conference "Science and Youth".

Makarov, V. A., & Tomashevich, M. S. (2021). Visualization and analysis of temperature fields based on the Python software package. Systems and Means of Computer Science, 31(1), 69-81.

Isomatov, Y. P. L. (2022). RICHAGLI MEXANIZMLARNI LOYIHALASHDA, KINEMATIK XARAKTERISTIKASINI MATEMATIK MODELLASHTIRISH DASTURI. Scienceweb academic papers collection. https://www.ima.uz/Softs/Certificate?B210_APPL_NUMBER=20225072&TRACKING_CODE=807910032187e48ab8ae5e3199c4baa1&Certificate=True

Demchenko, S. V., & Kalinkin, V. I. (2019). Software for monitoring and visualization of the temperature regime during the design and operation of electrical equipment. Bulletin of Electromechanics, (3), 37-43.

Muravyev, I. V., & Tatarenko, A. I. (2017). Development of software for visualization of temperature fields during electric arc welding. Youth Scientific Bulletin, (3), 17-20. ISSN (E): 2720-5746 Page 171 -177.

R. Rakhmonkulov. About one task of compiling an algorithm of programs to create a problem situation in the educational process. European Journal of Interdisciplinary Research and Development. Volume-13 Mar. – 2023.Website: www.ejird.journalspark.org

Mirzakhmedov R. M., Rakhmonkulov R., Madusmonova N., Abdurakhmanova M. M., a program for sorption spectroscopic detection of rhenium ion in industrial wastewater. Registered in the state register of software products of the Republic of Uzbekistan dated 26.03.2022. № DGU 15286.

Suleymanova D. B., Rakhmonkulov R. To apply graphical information in a computer program, a program for converting it into numerical information. Registered in the state register of software products of the Republic of Uzbekistan dated 06.12.2022. № DGU 19992.

Raimkul Rakhmonkulov, Dildora Sulaymanova. The use of analytic geometry in the design a statics problem. European Scholar Journal (ESJ) Available Online at: https://www.scholarzest.com Vol.2 No. 11, November 2021 ISSN: 2660-5562

Sh.T. Manshurov, U.A. Utabov, A.Sh Abduganieva. Processing temperature data in C++ and saving to a file. Eastern Renaissance: innovative, educational, natural and social sciences. Toshkent, 2023, volume 3, No. 2.