Advanced engines for non-conventional kinematic chains in agriculture

To intensify agricultural production in the market environment, it is necessary to reconstruct the whole economic mechanism considering energy efficiency. This calls for the search of new ideas for alternative designs and engine types that can raise the performance of heat engines to a new level whi...

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Main Authors: Khaliullin F. Kh., Khafizov K. A., Usenkov R. A., Latypov R. A.
Format: Article
Language:English
Published: EDP Sciences 2020-01-01
Series:BIO Web of Conferences
Online Access:https://www.bio-conferences.org/articles/bioconf/full_html/2020/11/bioconf_fies-20_00123/bioconf_fies-20_00123.html
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author Khaliullin F. Kh.
Khafizov K. A.
Usenkov R. A.
Latypov R. A.
author_facet Khaliullin F. Kh.
Khafizov K. A.
Usenkov R. A.
Latypov R. A.
author_sort Khaliullin F. Kh.
collection DOAJ
description To intensify agricultural production in the market environment, it is necessary to reconstruct the whole economic mechanism considering energy efficiency. This calls for the search of new ideas for alternative designs and engine types that can raise the performance of heat engines to a new level while keeping their use in vehicles, machinery, and small energy facilities feasible. One of the options is the displaced shaft rotary engine. This article analyses the kinematic and dynamic metrics of the engines of this type and presents the calculations of these metrics for the prototype. Key advantages and disadvantages of this type of engine in terms of working process dynamics are set out. It is also compared to the reciprocal internal combustion engine of the same structural dimensions.
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spelling doaj.art-d5a227da10ea479784c0f4ff695980622022-12-21T19:04:09ZengEDP SciencesBIO Web of Conferences2117-44582020-01-01270012310.1051/bioconf/20202700123bioconf_fies-20_00123Advanced engines for non-conventional kinematic chains in agricultureKhaliullin F. Kh.Khafizov K. A.Usenkov R. A.Latypov R. A.To intensify agricultural production in the market environment, it is necessary to reconstruct the whole economic mechanism considering energy efficiency. This calls for the search of new ideas for alternative designs and engine types that can raise the performance of heat engines to a new level while keeping their use in vehicles, machinery, and small energy facilities feasible. One of the options is the displaced shaft rotary engine. This article analyses the kinematic and dynamic metrics of the engines of this type and presents the calculations of these metrics for the prototype. Key advantages and disadvantages of this type of engine in terms of working process dynamics are set out. It is also compared to the reciprocal internal combustion engine of the same structural dimensions.https://www.bio-conferences.org/articles/bioconf/full_html/2020/11/bioconf_fies-20_00123/bioconf_fies-20_00123.html
spellingShingle Khaliullin F. Kh.
Khafizov K. A.
Usenkov R. A.
Latypov R. A.
Advanced engines for non-conventional kinematic chains in agriculture
BIO Web of Conferences
title Advanced engines for non-conventional kinematic chains in agriculture
title_full Advanced engines for non-conventional kinematic chains in agriculture
title_fullStr Advanced engines for non-conventional kinematic chains in agriculture
title_full_unstemmed Advanced engines for non-conventional kinematic chains in agriculture
title_short Advanced engines for non-conventional kinematic chains in agriculture
title_sort advanced engines for non conventional kinematic chains in agriculture
url https://www.bio-conferences.org/articles/bioconf/full_html/2020/11/bioconf_fies-20_00123/bioconf_fies-20_00123.html
work_keys_str_mv AT khaliullinfkh advancedenginesfornonconventionalkinematicchainsinagriculture
AT khafizovka advancedenginesfornonconventionalkinematicchainsinagriculture
AT usenkovra advancedenginesfornonconventionalkinematicchainsinagriculture
AT latypovra advancedenginesfornonconventionalkinematicchainsinagriculture