Robust performance analysis for gust loads computation
A Knoblach - 2015 - elib.dlr.de
2015•elib.dlr.de
In the design process of modern aircraft, a comprehensive analysis of worst case structural
gust loads is imperative. Because this analysis requires to consider millions of cases, the
examination is extremely time consuming. To solve this problem, a new approach based on
robust performance analysis is introduced: the worst case energy-to-peak gain is used to
efficiently determine worst case loads of nominal, uncertain, and linear parameter varying
gust loads models.
gust loads is imperative. Because this analysis requires to consider millions of cases, the
examination is extremely time consuming. To solve this problem, a new approach based on
robust performance analysis is introduced: the worst case energy-to-peak gain is used to
efficiently determine worst case loads of nominal, uncertain, and linear parameter varying
gust loads models.
In the design process of modern aircraft, a comprehensive analysis of worst case structural gust loads is imperative. Because this analysis requires to consider millions of cases, the examination is extremely time consuming. To solve this problem, a new approach based on robust performance analysis is introduced: the worst case energy-to-peak gain is used to efficiently determine worst case loads of nominal, uncertain, and linear parameter varying gust loads models.
elib.dlr.de
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