PRESAGE: Virtual testing platform application to thrust reverser actuation system

A. Debiane, J. Daclat, R. Denis, G. Dauphin-Tanguy, J. Maré
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引用次数: 2

Abstract

The purpose of this article is to demonstrate the interest and the need to rely on modeling and simulation of mechatronic systems in case of testing application and to contribute to the “democratization” of the use of models and “virtual testing”. Indeed, the systems are becoming increasingly complex: more dynamic, more optimized. Add for that the development schedules are more and more restricted with reduced budgets. These constraints which are antagonistic tend to emerge a new generation of designing and testing: the “virtual test platform”. We propose industrial methods and appropriate tools to develop this virtual test platform. It is with this objective that CERTIA (Provider of test benches and studies) and the company AIRCELLE (designer and integrator of nacelles), with significant experience in their respective fields, have developed the platform “PRESAGE” for virtual testing.
虚拟测试平台应用于逆推作动系统
本文的目的是展示在测试应用中依赖机电系统建模和仿真的兴趣和需要,并为模型和“虚拟测试”使用的“民主化”做出贡献。事实上,这些系统正变得越来越复杂:更加动态,更加优化。此外,随着预算的减少,开发进度也越来越受限制。这些相互对立的约束条件往往会出现新一代的设计和测试:“虚拟测试平台”。我们提出了开发虚拟测试平台的工业方法和合适的工具。基于这一目标,CERTIA(试验台和研究提供商)和AIRCELLE公司(机舱设计和集成商)在各自领域拥有丰富的经验,开发了“PRESAGE”虚拟测试平台。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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