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International Conference on Vibration and Structural Analysis in Aircraft

📅 22–23 Aug 2026 📍 Brussels, Belgium 👤 Standard / Listener

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$279

virtual · $279 in person

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Conference session tracks

Key research areas covered across the sessions — tap a track to read more.

This track focuses on the latest innovations in vibration control technologies for aircraft. Discussions will include active and passive control methods aimed at enhancing aircraft performance and safety.

This session will explore the principles of aeroelasticity and its critical role in the design and analysis of modern aircraft. Participants will examine case studies that highlight the implications of aeroelastic phenomena on structural integrity.

This track will delve into various modal analysis techniques used to assess the dynamic behavior of aerospace structures. Emphasis will be placed on experimental and computational methods for identifying modal parameters.

This session will cover the methodologies and tools used for dynamic structural analysis in the aerospace sector. Topics will include finite element analysis and its applications in predicting structural responses to dynamic loads.

Participants will discuss the phenomenon of flutter in aircraft and its potential consequences on flight safety. The session will also highlight recent advancements in flutter analysis and effective mitigation strategies.

This track will focus on innovative damping technologies that improve the performance and durability of aircraft structures. Presentations will cover both passive and active damping solutions.

This session will explore various vibration measurement techniques employed in aerospace engineering. The focus will be on the accuracy and reliability of these methods in real-world applications.

This track will address the critical issue of fatigue in aircraft structures induced by vibration. Participants will discuss methodologies for assessing fatigue life and strategies for enhancing structural resilience.

This session will investigate the complexities of nonlinear vibrations in aerospace systems. The discussions will include modeling approaches and their implications for aircraft performance.

This track will focus on the design and implementation of vibration isolation systems in aircraft. Emphasis will be placed on the effectiveness of these systems in enhancing passenger comfort and protecting sensitive equipment.

This session will cover the application of finite element modeling techniques to analyze vibration in aerospace structures. Participants will share insights on model validation and the interpretation of results.