Mathematical modeling of the crushed wood particles movement in pneumatic transport systems
Abstract
Pneumatic transport systems (PTS) are widely used in various branches of industries. The transportation of crushed material in such systems is carried out due to the air flow. In the woodworking industry, there are technological processes that are often accompanied by the formation of dust and other small air pollutants. Studying the movement of particles in polluted air makes it possible to transport or separate such particles, while spending less energy. The mathematical model of the movement of dusty air containing separate solid particles (production waste) was worked out, and based on it solution will allow separating and capturing crushed wood particles and reducing the cost of consumed electricity for transportation.
References
Kozoriz, GF, (1985). Pnevmaticheskie transportnie sistemi derevo-obrabativayushchikh predpriyatii [Pneumatic transport systems for wood processing plants] Monograiya, Vishcha shkola, Lviv, 128 (in Ukrainian).
Lyashenyk, AV, Tysovsky, LO, Dorundyak, LM and Dadak, YuR, (2012). Study of the bunker influence on the cyclone aerodynamics by modeling processes using Cosmos Floworks Scientific Bulletin of the UNFU: Collection of science and technology works Lviv: RNV UNFU 22-01 113-119.
S ZOUAOUI, H DJEBOURI, A MENGUELTI, K MOHAMMEDI and A OUAKED 2014 Analytical Approach Modelling of the Motion of a Solid Particle in a Fluid Flow inside a Pipe Conference Paper, Conference: ACMA April, At: Marrakech, Morrocco.
Electronic resource: http://neuero.de. Introduction to the Theoretical and Practical Principles of Pneumatic Conveying SCOTTNEIDIGH, Neuero Corporation, West Chicago, IL, USA.
David C Wilcox 2006 Turbulence Modeling for CFD (Third Edition) - Dcw Industries, Incorporated.
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