EQUIPMENT FOR WASHING BULK MATERIAL AND ABRASIVE MEDIA WITH AMPLITUDE EXCEEDING 500 mm

Серга, Георгий; Serga, G. V.; Хвостик, Эдуард; Hvostik, Eduard; Кузнецова, Н. П.; Kuznecova, N S; Tabachuk, Inna

doi:10.12737/article_5ac49dc3d3ba96.62717346

Bulletin of Bryansk State Technical University

2018

DOI: 10.12737/article_5ac49dc3d3ba96.62717346

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EQUIPMENT FOR WASHING BULK MATERIAL AND ABRASIVE MEDIA WITH AMPLITUDE EXCEEDING 500 mm

Георгий Серга¹,

G. V. Serga

Эдуард Хвостик³

et al.

Abstract: Приведены результаты многолетней научной работы в области разработки станков, установок и машин, обеспечивающих мойку сыпучих материалов и абразивных сред с помощью придания им движения с амплитудой свыше 500 мм. Разработана и предложена схема-классификация станков, установок и машин для мойки сыпучих материалов, в том числе абразивных сред. Представлена созданная авторами методика расчета станков, установок и машин для мойки сыпучих материалов. Ключевые слова: сыпучие материалы, абразивные среды, оборудование… Show more

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Machine Operating Unit Improvement Based on Screw Rotors

Серга¹,

Serga

Belokur³

et al. 2018

Bulletin of Bryansk State Technical University

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СОВЕРШЕНСТВОВАНИЕ РАБОЧИХ ОРГАНОВ СТАНКОВ НА БАЗЕ ВИНТОВЫХ РОТОРОВПредставлены результаты многолетних исследований и разработки путей совершенствования рабочих органов станков на базе винтовых роторов для отделочно-зачистной и упрочняющей обработки деталей машин методами начертательной геометрии. Предложена типовая схема станка для отделочно-зачистной и упрочняющей обработки деталей машин на базе винтовых роторов. Пред-ставлены образцы винтовых роторов с различной конфигурацией внутренней поверхности, выполненные в программе Компас-ЗD, и формулы для определения скорости перемещения масс загрузки в рабочем органе станка.Ключевые слова: отделочно-зачистная обработка, упрочняющая обработка, амплитуда, частота, колебания, винтовые линии.A standard structure of the machine for parts continuous finishing-stripping and strengthening is presented. The dependence is presented as a polynomial of displacement speed of machined parts and working environment particles in screw rotors upon loading to unloading on the basis of experimental investiga-tions. Cross-sections and visual images of screw rotors with different forms of inner surfaces carried out in Compass-3D program are shown.

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Machine Operating Unit Improvement Based on Screw Rotors

Серга¹,

Serga

Belokur³

et al. 2018

Bulletin of Bryansk State Technical University

View full text Add to dashboard Cite

show abstract

Investigation of Physical Phenomena Occurred in Contact Area of Bulk Particles at Their Motion in Screw Drums by Methods of Similarity Theory, Engineering and Computer Graphics

Серга¹,

Serga

Серый³

et al. 2019

Bulletin of Bryansk State Technical University

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In Trubilin State Agricultural University of Kuban there are created machinery working devices as screw drums allowing the assurance of motion of bulk particles at their horizontal location and also promoting the intensity of particles interaction between each other and with the walls of screw drums which widens technological potentialities and decreases dimensions of equipment and its weight. In the paper there are shown various sorts of screw drums and analytical methods of the study of physical phenomena taking place in the contact area of bulk particles. The search of a screw drum design was carried out by the methods of descriptive geometry and engineering graphics with the aid of the “Compass-3D” program complex. The apparatus of dimensionless kinematic functions (similarity invariant) and the analysis of dimensionalities allowing the investigation not one such a case but their infinite number united by the community of properties was used.

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EQUIPMENT FOR WASHING BULK MATERIAL AND ABRASIVE MEDIA WITH AMPLITUDE EXCEEDING 500 mm

Cited by 2 publications

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Machine Operating Unit Improvement Based on Screw Rotors

Machine Operating Unit Improvement Based on Screw Rotors

Investigation of Physical Phenomena Occurred in Contact Area of Bulk Particles at Their Motion in Screw Drums by Methods of Similarity Theory, Engineering and Computer Graphics

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