Efficiency improvement of locomotive-type diesel engine operation due to introduction of resource-saving technologies for cleaning diesel and diesel locomotive systems

Kagramanian Artur; Pavel Stankevich; Dmitriy Aulin; Basov Alexsandr

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Efficiency improvement of locomotive-type diesel engine operation due to introduction of resource-saving technologies for cleaning diesel and diesel locomotive systems

机译：通过引入节省资源的技术来清洁柴油机车和柴油机车系统，提高了机车型柴油机的运行效率

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The influence of carbonic deposits on indices of diesel engine operation has been investigated. The technology of clean-in-place of fuel system, fuel injection equipment and cylinder-piston group of diesel locomotive engines using special cleaning agent has been developed on the basis of the analysis of mechanisms of the formation and accumulation of carbonic deposits on the parts and the elements of a diesel engine systems. The task concerning the choice of scientifically grounded terms of clean-in-place technology application has been solved relying on the experience of a developed mathematical model usage. The conclusion as to the possibility of making changes in the technology of maintenance and the increase of a diesel locomotive overhaul life has been made.

机译：研究了碳沉积物对柴油机运行指标的影响。在分析零件上积碳的形成和累积机理的基础上，开发了采用专用清洗剂的柴油机机车燃油系统，燃油喷射设备和缸活塞组的原位清洗技术。以及柴油发动机系统的要素。依靠已开发的数学模型的使用经验，解决了有关选择就地清洁技术应用的科学依据条款的任务。得出了改变维护技术的可能性和增加柴油机车大修寿命的结论。

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来源
《Procedia Computer Science》 |2019年第1期|共10页
作者
Kagramanian Artur; Pavel Stankevich; Dmitriy Aulin; Basov Alexsandr;
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中图分类计算技术、计算机技术;
关键词
Carbonic depositsClean-in-place technologyCleaning agentOverhaul life increase.;

机译：碳沉积物就地清洁技术清洁剂大修寿命增加。;

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1. A Design Strategy for Volumetric Efficiency Improvement in a Multi-cylinder Stationary Diesel Engine and its Validity under Transient Engine Operation | Science Publications [J] . P. Periasamy, P. Seenikannan, V. M. Periasamy American journal of applied sciences . 2008,第3期

机译：多缸固定式柴油机容积效率改进的设计策略及其在瞬态发动机运行下的有效性科学出版物
2. Light Duty Common Rail Injection Technology for High Efficiency Clean Diesel Engines [J] . Noureddine Guerrassi, Philippe Bercher, Derk Geurts, Ingenieurs de l'Automobile . 2010,第808期

机译：适用于高效清洁柴油发动机的轻型共轨喷射技术
3. Improving pre-turbine selective catalytic reduction systems in marine two-stroke diesel engines using hybrid turbocharging: A numerical study of selective catalytic reduction operation range and system fuel efficiency [J] . Proceedings of the Institution of Mechanical Engineers, Part M. Journal of Engineering for the Maritime Environment . 2020,第2期

机译：使用杂交涡轮增压改善海洋双程柴油发动机中的涡轮机选择性催化还原系统：选择性催化减少操作范围的数值研究和系统燃料效率
4. Light Duty Common Rail Injection Technology for High Efficiency Clean Diesel Engines [C] . N. Guerrassi, Ph. Bercher, D. Geurts, International Conference and Exhibition on Diesel Engines, Facing the Competitiveness Challenges . 2010

机译：轻型共轨注射技术，高效清洁柴油发动机
5. Issues on clean diesel combustion technology using supercritical fluids: Thermophysical properties and thermal stability of diesel fuel [D] . Lin, Ronghong 2011

机译：关于使用超临界流体的清洁柴油燃烧技术的问题：柴油的热物理性质和热稳定性
6. Acetone Prospect as an Additive to Allow the Use of Castor and Sunflower Oils as Drop-In Biofuels in Diesel/Acetone/Vegetable Oil Triple Blends for Application in Diesel Engines [O] . Laura Aguado-Deblas, Jesus Hidalgo-Carrillo, Felipa M. Bautista, 2020

机译：丙酮展望作为添加剂以允许在柴油机/丙酮/植物油三重混合中使用蓖麻油和向日葵作为柴油中的生物燃料用于柴油发动机的应用
7. A Design Strategy for Volumetric Efficiency Improvement in a Multi-cylinder Stationary Diesel Engine and its Validity under Transient Engine Operation [O] . P. Seenikannan, V. M. Periasamy, P. Periasamy 2008

机译：添加到阅览室阅读软件下载与多缸固定柴油机容积效率改进设计策略及其在瞬态发动机运行中的有效性相似的文献
8. Clean Diesel Engine Component Improvement Program. Diesel Engine Waste Heat Recovery Utilizing Electric Turbocompound Technology. (Final Report) [R] . Hopmann, U. 2005

机译：清洁发动机发动机部件改进计划。利用电动涡轮复合技术的柴油发动机余热回收。（最终报告）

Efficiency improvement of locomotive-type diesel engine operation due to introduction of resource-saving technologies for cleaning diesel and diesel locomotive systems

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