mpm20发动机压气机特性分析模型

L. Fözö, R. Andoga, L. Madarász, T. Karol
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引用次数: 4

摘要

数学建模是一种有效的方法,使我们能够检查研究对象的属性[1]。数学模型的实现已成为许多复杂系统设计的基本组成部分。通过仿真,我们可以用数学模型进行实验,就像用实物进行实验一样,没有临界状态的风险,而且费用也低得多。建模是一种实验过程,它向被检查的原始对象、真实对象(或建模系统)明确地断言另一个物理或抽象系统。本文讨论了小型涡喷发动机压气机的虚拟建模方法。本文将介绍一种喷气发动机(特别是MPM-20发动机)的解析模型设计及其对其压气机特性的图形化描述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analytic model of MPM 20 engine depicted within characteristics of its compressor
Mathematical modeling represents an efficient method allowing us to examine properties of a researched object [1]. Realization of mathematic models has become a fundamental part of design of many complex systems. By use of simulation, we can experiment with mathematical model similarly as with the real object without the risk of critical states and with much lower expenses. Modeling represents experimental process that asserts to the examined original, the real object (or the modeled system) unambiguously another physical or abstract system. The article deals with approach to virtual modeling of a compressor in a small turbojet engine. This article will present design of analytic model of a jet engine (MPM-20 engine in particular) and its graphical depiction into its compressor characteristics.
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