MODERNIZATION OF HYDRODYNAMIC OPERATING MODES OF - FAYZIYEV, ZAFAR
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The practical significance of the research results lies in the development of improved designs of self-regulating active elements of the confuser-diffuser type with improved hydrodynamic characteristics, as well as engineering methods for calculating self-regulating active elements and solar heating plants based on them. The results of the completed scientific research allow us to develop designs of the simplest self-regulating active elements that provide a significant increase in energy efficiency, cost-effectiveness and reliability of solar systems, a reduction in material consumption and…mehr

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Produktbeschreibung
The practical significance of the research results lies in the development of improved designs of self-regulating active elements of the confuser-diffuser type with improved hydrodynamic characteristics, as well as engineering methods for calculating self-regulating active elements and solar heating plants based on them. The results of the completed scientific research allow us to develop designs of the simplest self-regulating active elements that provide a significant increase in energy efficiency, cost-effectiveness and reliability of solar systems, a reduction in material consumption and the cost of individual elements and units, and a significant simplification of their operation compared to traditional solutions.
Autorenporträt
Fayziev Zafar Khaydarovich was born on November 25, 1988 in Samarkand, Republic of Uzbekistan. Head of the Department of "Mechanical Engineering", at Samarkand State Architecture-Construction University. Ph.D in Engineering Sciences. Author of more than 42 scientific articles and theses, more than 5 textbooks and monographs.