Mathematical Model of System Designing of Power-Supply Systems of Aircraft and Spacecraft

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Mathematical Model of System Designing of Power-Supply Systems of Aircraft and Spacecraft

机译：飞机和航天器供电系统系统设计的数学模型

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The authors have presented logical and mathematical formulations of the problem of system designing of complex systems by a combined quality criterion. Rocket engines of aircraft and spacecraft have been considered as complex systems. The problem of system designing of a power-supply system has been formulated as a problem of ensuring its minimum mass with assigned constraints on reliability, economic expenditures, and other parameters.

机译：作者通过组合质量标准提出了复杂系统的系统设计问题的逻辑和数学制片。飞机和航天器的火箭发动机被认为是复杂的系统。电源系统的系统设计问题已被制定为确保其最小质量的问题，具有对可靠性，经济支出和其他参数的指定约束。

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《Journal of engineering physics and thermophysics》 |2020年第2期|共5页
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正文语种 eng
中图分类工程物理学;
关键词
power-supply system; quality criterion; parametric synthesis;

机译：电源系统;质量标准;参数合成;

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专利

1. Mathematical Model of System Designing of Power-Supply Systems of Aircraft and Spacecraft [J] . Journal of engineering physics and thermophysics . 2020,第2期

机译：飞机和航天器供电系统系统设计的数学模型
2. Mathematical Models of Rotational Motion of Spacecrafts with Superfluous Systems of Gyrodins and Flywheels and Problems of Control of Their Attitude. Part Ⅰ [J] . V.V. VOLOSOV, LA. KUTSENKO, V.I. POPADINETS Journal of automation and information sciences . 2003,第1a4期

机译：具有多余的陀螺和飞轮系统的航天器旋转运动的数学模型及其姿态控制问题。第一部分
3. Block Diagram of Mathematical Model of Power-Supply System for Testing Control Algorithms [J] . A. A. Shigapov, A. B. Petrochenkov, B. V. Kavalerov Russian electrical engineering . 2010,第6期

机译：用于测试控制算法的电源系统数学模型的框图
4. Mathematical Modeling of an Environment Control System in the Framework of Creating a Comprehensive Mathematical Model of Aircraft On-Board Systems [C] . R. S. Savelev, K. S. Napreenko, A. V. Lamtyugina International Conference on Aerospace System Science and Engineering . 2020

机译：建立飞机车载系统综合数学模型的框架中环境控制系统的数学建模
5. A mathematical approach for designing cell formation in cellular manufacturing systems. [D] . Albadawi, Zahir. 2003

机译：设计细胞制造系统中细胞形成的数学方法。
6. Deep Generative Models-Based Anomaly Detection for Spacecraft Control Systems [O] . Hyojung Ahn, Dawoon Jung, Han-Lim Choi 2020

机译：基于深度生成模型的航天器控制系统异常检测
7. Mathematical modelling of aircraft electrical power systems [O] . Vadher Vinod V. 1981

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8. Design Optimization and Performance Prediction of a Shorebased Aircraft Recovery System by Mathematical Model Computer Simulation. Proposed System No. 1, Capstan Cable System [R] . Barron, R. T. 1972

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Mathematical Model of System Designing of Power-Supply Systems of Aircraft and Spacecraft

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