COMPUTER MODELING AND LABORATORY HYDRAULIC INVESTIGATIONSOF THE DRIGGER SLURRY PIPE TURNING SECTION

Authors

  • I. V. Kachanov Belarusian National Technical University, 65 Independence Ave., 220013 Minsk, the Republic of Belarus Автор
  • K. V. Khvitsko Belarusian National Technical University, 65 Independence Ave., 220013 Minsk, the Republic of Belarus Автор
  • I. M. Shatalov Belarusian National Technical University, 65 Independence Ave., 220013 Minsk, the Republic of Belarus Автор
  • M. K. Scharbakova Belarusian National Technical University, 65 Independence Ave., 220013 Minsk, the Republic of Belarus Автор
  • A. V. Maksimovitsch Belarusian National Technical University, 65 Independence Ave., 220013 Minsk, the Republic of Belarus Автор
  • I. V. Kalinovsky Khvitsko, I. M. Shatalov, M. K. Scharbakova, A. V. Maksimovitsch, I. V. Kalinovsky Belarusian National Technical University, 65 Independence Ave., 220013 Minsk, the Republic of Belarus Автор

Keywords:

dredge; turning area; oval shape; wear; hydraulic resistance reduction; productivity increase

Abstract

The article presents the results of computer modeling and preliminary hydraulic studies of the injection pipe rotary
section of a suction dredger with different cross-sectional shapes and the optimal, oval cross-sectional shape of the
injection pipe rotary section is selected. Computer simulation has been carried out in the Solid Works application software
package, and the flow simulation of an incompressible viscous fluid in the rotary sections of the injection pipe has been
carried out on the basis of the Cosmos Fleo Works mathematical package. Laboratory studies on models made of Plexiglas
of various cross-sectional shapes (round, rectangular, oval) have been carried out. After conducting the research, it has
been found that using the optimal, oval cross-sectional shape on the turning sections of the dredger suction pipe, it is
possible to reduce hydraulic resistance by 15…20 % and increase the productivity of the dredger as a whole by 10…15 %.

Fig. 8. Table 1. Ref.: 7 titles.

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Published

2023-05-01

Issue

Выпуск 1(13). Май 2023 года

Section

МАШИНОСТРОЕНИЕ И МАШИНОВЕДЕНИЕ

License

Copyright (c) 2023 Вестник БарГУ Серия "Технические науки"

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