计算航天器结构中产生的载荷的程序

A. P. Kravchunovsky, R. A. Pryanichnikov, S. A. Zommer
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引用次数: 0

摘要

以航天器结构初步强度评估为框架,开发了航天器结构机械载荷计算的算法和程序。该算法旨在同时计算多种设计情况下的载荷。本文的主要研究对象是弯曲梁的内力计算算法。作为初步评估的一部分,这种算法可用于计算在地面和飞行操作期间出现在航天器结构中的响应。为了有效地利用所开发的算法,编写了计算机程序。该程序提供了航天器结构中载荷的自动计算,并能够以方便其进一步使用的格式输出数据。航天器的几何数据、质量特性、试验和发射条件、定性系数和安全系数等参数是开始计算的初始数据。为了验证程序得到的结果,将它们与一个类似问题的解析解的结果进行了比较。从支票上可以看出,他们是一致的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Program for calculating the loads generated in spacecraft structure
An algorithm as well as a program for calculating mechanical loads in spacecraft structure are developed in the frame of its preliminary strength assessment. The algorithm was developed with the aim of calculating loads of several design cases simultaneously. The main object for study of this paper was an algorithm for calculating internal forces for a bending beam. As part of a preliminary assessment, such an algorithm can be used to calculate the responses, which are appeared in the spacecraft structure during its ground and flight operations. In order to provide an effective use of developed algorithm, a computer program has been written. This program provides an automated calculation of loads in the spacecraft structure with the ability to output data in a format which convenient for its further use. Such parameters as geometrical data, mass properties of the spacecraft, its test and launch conditions, qualification factors and safety coefficients are initial data to start the calculation. To verify the results obtained with the program, they were compared with the results of the analytical solution of a similar problem. From the check it was revealed, that they are coincide.
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