STUDY OF THE INFLUENCE OF THE HYDRODYNAMIC REGIMES OF THE DIFFUSER-CONFUSER PROFILE PIPE ON THE HEAT EXCHANGE PROCESS

Xomidov Xushnudbek Rapiqjon o‘g‘li; Yo’ldashev Bilolxon Iqboljon o’g’li; Jo’rayev Dostonbek Rustamjon o’g’li

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Published: Dec 10, 2024

Keywords:

Spherical concave tube, hydrodynamic regime, cooling agent, heat, confusor, diffuser.

Xomidov Xushnudbek Rapiqjon o‘g‘li

Assistant TDTU Kokan Branch Named After Islam Karimov

Yo’ldashev Bilolxon Iqboljon o’g’li

Assistant TDTU Kokan Branch Named After Islam Karimov

Jo’rayev Dostonbek Rustamjon o’g’li

TDTU Kokan Branch Named After Islam Karimov TME Student of the Direction

Abstract

The article studies the impact of the shell-and-tube heat exchanger used in the oil refining industry, which is a hot topic today, on the hydrodynamic regimes of the diffuser-confuser profile pipe on the heat exchange process.

How to Cite

Xomidov Xushnudbek Rapiqjon o‘g‘li, Yo’ldashev Bilolxon Iqboljon o’g’li, & Jo’rayev Dostonbek Rustamjon o’g’li. (2024). STUDY OF THE INFLUENCE OF THE HYDRODYNAMIC REGIMES OF THE DIFFUSER-CONFUSER PROFILE PIPE ON THE HEAT EXCHANGE PROCESS. American Journal of Interdisciplinary Research and Development, 35, 24–28. Retrieved from https://ajird.journalspark.org/index.php/ajird/article/view/1386

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Vol. 35 (2024)

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