Journal of Engineering and Applied Sciences

Year: 2018
Volume: 13
Issue: 5 SI
Page No. 4728 - 4732

Modeling Rheological Properties in Blending of Anomalously Viscous Oils

Authors : Tashbulatov Radmir, Karimov Rinat, Valeev Anvar, Kolchin Alexander and Mastobaev Boris

References

ASTM D7152-11, 2016. Standard practice for calculating viscosity of a blend of petroleum products. American Society for Testing and Materials International, West Conshohocken, Pennsylvania, USA. https://www.astm.org/Standards/D7152.htm

Anonymous, 2009. Unified technological calculations of the objects of the main oil pipelines and oil product pipelines. Giprotruboprovod, Moscow, Russia.

Bakhtizin, R.N., R.M. Karimov and B.N. Mastobaev, 2016. The generalized flow curve and the universal rheological model of oil. SOCAR, Baku, Azerbaijan.

Chernikin, A.V., 2010. To the determination of the steepness index of viscous oil and oil products. SOCAR, Baku, Azerbaijan.

Fuchs, G.I., 2003. Viscosity and plasticity of petroleum products. Institute for Computer Research, Moscow, Russia.

Golovanchikov, A.B. and A.S. Kidalov, 2014. Correlation analysis of the linearized rheological equation for water-clay suspensions with the addition of an alkali reagent (DIC). Izv. Volg GTU., 21: 11-13.

Karimov, R.M. and B.N. Mastobaev, 2012. Features of pipeline transport of multicomponent systems. SOCAR, Baku, Azerbaijan.

Kh, M.A. and R.N. Bakhtin, 1999. Etudes about modeling of complex oil production systems. United Farmers of Alberta, Calgary, Canada.

Kurnakov, N.S., 1938. Collection of Selected Works. Vol. 2, Leningrad State Publishing House, Moscow, Russia, Pages: 202 (In Russian).

Kurnakov, N.S., 1940. Introduction to Physical and Chemical Analysis. 4th Edn., ML Books International, Delhi, India,.

Kusakov, M.M., 1936. Methods for determining the physico-chemical characteristics of petroleum products. ONTI, Moscow, Russia.

Sviridov, V.P., A.N. Leventsov and A.I. Shapilov, 1970. Calculation equations for the viscosity-temperature dependence of fuel oil: Transport of high-viscosity petroleum and petroleum products through pipelines. Ufa Inc, Russia.

Tashbulatov, R.R. and R.M. Karimov, 2017. Comparative analysis of the accuracy of the applied models of viscosity-temperature dependencies in solving the problems of pipeline transport. Intl. Res. Pract. Conf., 2017: 189-191.

Tkharn, N.T., R.N. Bakhtizin, M.M. Veliev, B.N. Mastobaev and L.V. Zung et al., 2015. Transportation and Storage of Heavy Oil. SPB Publishing, USA., Pages: 544.

Design and power by Medwell Web Development Team. © Medwell Publishing 2024 All Rights Reserved