航天器电泵振动的来源及减小方法

Z. A. Yudina, M. I. Sinichenko, A. P. Ladigin, F. K. Sin'kovskiy, D. B. Usmanov
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引用次数: 1

摘要

高资源电泵的设计是火箭航天、航空和运输设备领域的重要问题。电泵是提供热控制系统运行的主动能量转换装置。电泵故障会导致接口设备故障、系统故障和重大经济损失事故。影响电泵可靠性的最不利因素是振动。阐述了研究电泵振动活动的相关性、实用性和重要性,振动产生的原因及控制方法。介绍了航天器电泵振动的主要来源,包括机械、水动力和电动力。本文介绍了国内外对各振动源控制的建议。为解决降低电泵振动活动性的问题,对现有的技术发展水平、成果、主要技术方案和技术方案趋势进行了研究。明确了进一步研究降低电泵振动活度的主要方向。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The vibration origin in the electric pump of the spacecraft and methods to reduce them
The important problem for rocket-space, aviation and transport equipment fields is designing high-resource electric pumps. Electric pumps are active energy conversion devices to provide the thermal control system operation. Electric pumps failure leads to fault of the interfaced equipment, system failures and significant economic damage accidents. The most unfavorable factor for electric pump reliability is vibration. That the reason of relevance, practicability and importance to research the electric pumps vibration activity, the reasons for the appearance of vibrations and ways to control them. The paper provides the main sources of electric pump of the spacecraft vibrations as mechanical, hydrodynamic and electrical. This paper presents the recommendations of foreign and domestic authors to control each vibration source. To solve the problem of reducing the electric pump vibration activity the research of the technical level of existing developments, results, main technical solutions and technical solutions trends was produced. The main directions of further electric pump vibration activity researches leading to decreasing of vibration activity were defined on this paper.
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