Theoretical study of the working process of thermal accumulators facilitating the start of vehicle engines

A. Baidullayeva, A. Amanbek, A. Abdrakhmanov, K. Sherov, G. Kalenov, B. Orazaliyev
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Abstract

A lower ambient temperature leads to a deterioration in some engine characteristics, to a decrease in the durability of parts. Therefore, the main relevance of research work: the design of a heat accumulator by methods of storing thermal energy, the use of heat in the production cycle, the selection of the necessary effective materials and its improvement are relevant. From this point of view, by reducing the cost of operating the unit and preparing engines, an increase in vehicle performance and vehicle engine performance has been achieved. In this work, the amount of heat used by the heat accumulator to heat the engine was determined by the amount of heat consumed by the heat accumulator into the environment, the thermal power released into the environment, the amount of heat consumed by the heat accumulator into the environment when the engine warms up.
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促进汽车发动机启动的蓄热器工作过程的理论研究
较低的环境温度会导致发动机某些特性的恶化,从而降低部件的耐用性。因此,研究工作的主要相关性:蓄热器的设计方法,蓄热器在生产周期内的热能利用,必要有效材料的选择及其改进都是相关的。从这个角度来看,通过降低运行机组和准备发动机的成本,实现了车辆性能和车辆发动机性能的提高。在这项工作中,蓄热器加热发动机所使用的热量由蓄热器消耗到环境中的热量、释放到环境中的热功率、发动机升温时蓄热器消耗到环境中的热量决定。
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