Overview and General Information:

Dynamic testing is essential in the design and qualification of aerospace hardware. It serves diverse purposes, from characterizing dynamic responses at different system levels to evaluating hardware performance under operational loads. Vibration testing is fundamental for correlating and updating numerical models used in aerospace product design and validation. Environmental dynamic testing aims at replicating real conditions, such as in-flight or transport scenarios, in laboratory settings to ensure systems will perform as expected throughout their operational lifetime. With the emergence of disruptive aerospace systems and increasingly competitive markets, the industry demands innovations in practices that have remained mostly unchanged for decades.

This webinar presents recent advances in dynamic testing of aerospace hardware. It provides an overview of the topic and explores key innovations that address industry demands. The presentation covers various testing practices including vibration control, multi-axis testing, shock testing, virtual shaker technology, ground vibration testing, and flight testing. Additionally, it describes how digital twins can improve and de-risk test campaigns in these applications.

Learning Objectives:

• Overview of dynamic testing practices of aerospace hardware
• Vibration testing in shaker platforms: current practices and new trends
• Testing of aircraft structures: from GVT to flight testing
• The role of Digital Twins in dynamic testing

Target audience

Master’s students, doctoral students, academic and non-academic professionals

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