Integrated approach of the dynamic characteristics optimization for spacecraft’s technical systems on the exploratory tests

Victor Dmitriev,Yuliya Britova,V.N Borikov,A.G Dolgih,A.A Ignatovskaya,V.S Ivanova

doi:10.1051/matecconf/20164801005

Victor Dmitriev, Yuliya Britova + Show 4 more

Open Access

https://doi.org/10.1051/matecconf/20164801005

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Abstract

Integrated approach is the process connecting various project, theoretical and testing procedures. It is provided by the specific series-parallel combination of the mentioned operations. This paper shows that using results of the previous procedures on the further algorithm stages of exploratory tests and product verification is expedient. At that, the necessary correcting of engineering solutions in corresponding procedures is conducted simultaneously. Then, results of each procedure are used in the fixed sequence. It provides maximum attainable optimality of the designed system.

Highlights

This paper presents the dynamic characteristics optimization method of complicated electromechanical system
The suggested method of the integrated approach application in the sophistic technical systems designing such as final controlling element, which based on the torque-controlled reaction wheel motor (RWM), consists of the three stages (Figure 1) [1]: 1. Analytical design; 2
Method for the determination of the RWM construction vibration spectrum in the operation condition based on the vibration level from the construction elements during flywheel speedup and coasting

Summary

Introduction

This paper presents the dynamic characteristics optimization method of complicated electromechanical system. This method is based on the integrated approach and combines results of analytical design and experimental verification. The suggested method of the integrated approach application in the sophistic technical systems designing such as final controlling element, which based on the torque-controlled reaction wheel motor (RWM), consists of the three stages (Figure 1) [1]: 1. All of these stages are visualized by the processes in flow chart. The flow chart demonstrates the sequence technology of including the necessary engineering solutions correcting in providing processes at the given moment

Experimental Procedure

Conclusion