ABSTRACT
The field of aeronautical engineering is characterized by its continuous quest for innovation and efficiency, which requires a deep understanding of the intricate interplay of variables inside complex systems. Sensitivity analysis is an important and fundamental tool that provides a structured framework for comprehending the intricate interconnections inherent in these systems. The scope of this chapter encompasses a comprehensive exploration of sensitivity analysis in the context of aerospace engineering applications. It traverses the spectrum from classical methodologies to cutting-edge techniques, shedding light on both conventional and contemporary practices. Many different approaches to sensitivity analysis have developed in the field of aeronautical engineering. These methods are the backbone upon which complicated interactions may be understood and system performance can be optimized. In conclusion, this chapter has thoroughly examined the critical role of sensitivity analysis in aerospace engineering. We have explored its historical significance, versatile applications, and its profound impact on enhancing aerospace system efficiency and reliability.
