Experimental research of hydrotransporting concentrated residues at solid fuel burning

• Autorzy: Chernetskaya-Beletskaya N. , Kuschenko A. , Kapustin D.

Warianty tytułu

RU

Ehksperimental'nye issledovanija parametrov gidrotransportirovanija tverdykh otkhodov TEHC

• Języki publikacji: EN

Abstrakty

EN

The article presents data of experimental studies that determine the pressure losses and the effective coefficients of linear losses on friction and local resistance at transportation of ash concentrated wastes that show abilities of non-Newtonian fluid in the steady state of constant pipeline diameter, which has a straight portion and turns on 900 and 1800.

RU

В статье представлены материалы экспериментальных исследований по определению потерь давления и эффективных коэффициентов линейных потерь на трение и местные сопротивления при транспортировании концентрированных золовых отходов, которые проявляют свойства неньютоновской жидкости, в установившемся режиме по трубопроводу постоянного диаметра, который имеет прямолинейный участок и повороты на 900 и 1800.

Słowa kluczowe

EN

non-Newtonian fluid; hydrotransport; transportation; fuel burning; coefficient; experimental research

• Wydawca: -
• Czasopismo: Teka Komisji Motoryzacji i Energetyki Rolnictwa
• Rocznik: 2012
• Tom: 12
• Numer: 4
• Opis fizyczny: p.19-22,fig.,ref.

Twórcy

autor

Chernetskaya-Beletskaya N.

• Volodymyr Dahl East- Ukrainian National University, Lugansk, Ukraine

autor

Kuschenko A.

autor

Kapustin D.

Bibliografia

• 1. Bhasin A. K. Pommier L. W., Brien F. P. 1971.: Some aspects of the kinematic behavior of solid particles in liquids. Sme-Aime annual meeting. - (preprint 71-b19).
• 2. Carniani E., Donati E., Ercolani D., Gabrielli G., Ferroni E. 1993.: Influence of mineral matter on cwf characteristics. Florida, USA. Clearwater.
• 3. Chaltzev M., Vovk L. 2011.: Analytical investigation into velocity change of the transported material in a pipeline bend. TEKA. Commission of motorisation andpower industry in agriculture. Lublin. vol. XB. - p. 20 - 29.
• 4. Chernetskaya N., Kapustin D. 2010.: Rebiality growth of hydrotransport system of thermoelectric power station. TEKA. Commission of motorization and power industry in agriculture. Lublin. vol. XC. - p. 27- 31.
• 5. Chernetska-Beletskaya N.B, Kushchenko A.V., Varakuta E.O., Shvornikova G.M., Kapustin D.O. 2011.: Stand to research the characteristics of movement concentrated waste fuel energy. Lugansk. 1 (155). - p. 252-256.
• 6. Dobkin E.L., Potapov I.A. 1985.: Preparation and transportation of ash concentration slurry. Leningrad: USRIH. 180. - p. 26-32.
• 7. Dzhvarsheyshvyly A.G. 1981.: Pipe systems mining and transport enterprises. Moscow, Nedra.- 384 p.
• 8. Kapustin D.O. 2012.: Rheological study of concentrated withtin hydromixes. Lugansk. 3 (174). - p. 73-79.
• 9. Loytsyanskyy L.G. 2003.: Mechanics of fluid and gas. Moscow, Bustard. - 840 p.
• 10. Molerus O. 1993.: Principles of flow in dispers systems. London, Chapman and hall. - p. 273.
• 11. Mooney M. 1951.: Viscosity of a concentrated suspension of spherical particles. Journal of colloid science. vol. 6. - p. 162-170.
• 12. Murko V.I. 1999.: Scientific bases processes and obtain acquainted application water-coal suspensions: avtoref. dis. dr. techn. science: 05.17.07 "Chemical technology fuel and high energetic substances. Moscow, Uhu. – 48 p.
• 13. Nazmeev U.G. 2002.: System of ashslag deleting. Moscow, MEI. – 386 p.
• 14. Pokrovskaya V.N. 1985.: Pipelines in mining. Moscow, Nedra. - 192 p.
• 15. Putilov V.Y., Lunkov A.M., Fatkullin R.M., Konovalov V.K., Torhunov S.F. 2009.: Unit operating costs of coal ash and slag handling of thermal power plants in the example Kashirskaya. Mode of access to the journal.: http://ccp.eapbe. ru/uploads/files/putilov-izderzhki.pdf.
• 16. Sherman P. 1970.: Industrial rheology. New York city: Academic press.
• 17. Smoldyrev A.E. 1975.: Hydraulic and pneumatic. Moscow, Metallurgy. - 384 p.
• 18. Solt P.E. 2006.: Bend location and pressure drop: an in-depth study. Powderandbulkengineering. 11. - P. 3- 6.
• 19. Svitlyi U.G., Krut O.A. 2010.: Hydro transport of solids. Donetsk: East print house, - 268 p.
• 20. Uriev N.B. 1980.: Highly concentrated dispersions. – Moscow, Chemistry. – 320 p.