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DEVELOPMENT OF THE CONSTRUCTION OF A MATERIAL PIPELINE FOR PNEUMATIC TRANSPORT OF COTTON

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Scientific Reports of Fergana State University

Scientific Reports of Fergana State University

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ARTICLE ANNOTATION

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The article deals with the efficiency of pneumatic transport device designed for the transportation of cotton in the cotton industry. The material carrying capacity of a pneumatic tube depends on its diameter, pipe material, flow rate, aerodynamic properties of the cotton and the design of the pipe inlet. It is recommended to manufacture the pipe inlet in the form of a cone, which helps to reduce its aerodynamic resistance, increase the throughput capacity of the pipeline and use pipes of a smaller diameter relative to the existing one.

AUTHORS

X.Ismoilov

Andijan State University

O.Sarimsoqov

, Namangan Engineering and Technology Institute

S.Xaydarov

Andijan Mechanical Engineering Institute

Tags

# қувур# pipe# труба# cotton# хлопок# пахта# компрессор# compressor# ишқаланиш коэффициенти# ўтказиш қобилияти# пропускная способность# пневмотранспорт# pneumatic transport# ҳаво сарфи# ҳаво босими# ҳаво тезлиги# ҳаво оқими# аэродинамик режим# динамик босим# статик босим# аэроаралашма# расход воздуха# течение воздуха# аэродинамический режим# динамическое давление# статическое давление# коэффициент трения хлопка# аэросмесь# transmission capacity# air pressure# air speed# air flow# aerodynamic mode# dynamic pressure# static pressure# friction coefficient of cotton# air mixture

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Article Identifiers

ROI:

https://eroi.uz/11.0106/A0922-0184

DOI:

Not Available

References

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3. Sarimsakov O. , C. Xusanov, R. Muradov. The Change in Air Pressure Along the Length of the Pipeline Installation for Pneumatic Conveying of Raw Cotton.// J. Engineering and Technology// www.aascit.org/journal/et. 2016; 3(5): pp.

4. Abbazov I., O. Sarimsakov, M.Khodjiev, B.Mardonov. Waste Produced at Cotton Waste Factories. // American Joural ASCIT Communications. 2018; 5(2):

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8. Muradov R., Burnashev RZ, Sarimsakov O.Sh. The dynamic task of the interaction of raw cotton with the working bodies of processing machines. // J. Mechanic problems. 2001, No. 34, p. 55-58.

9. Obidov A., Akhmedkhodjaev Kh., Sarimsakov O., Holikov Q.Investigation of the Properties of Fibrous Cotton Seeds, for Sorting on a Mesh Surface. // Scientific Reasearch Publishing. USA. J.Enjineering. 2018,10,pp.572-578.

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11. Sarimsakov O., Gaybnazarov E. About energy consumption in pneumatic conveying of raw cotton. American Journal of Energy and Power Engineering.vol.3, No.4,2016, pp.26-29. Published: March 2, 2017.