Design and Testing of a Passive Elastomer-Based Tuned Mass Damper System for Aeroelastic Flutter Mitigation
Reducing Aeroelastic Flutter
Design and Testing of a Passive Elastomer-Based Tuned Mass Damper System for Aeroelastic Flutter Mitigation
Student Team
Mike-Lee Thezard; Jongwoo Park; Armaan Patel; Kevin Chen; Adrian Dizon
Advisor(s)
Dr. Aaron Mazzeo
Sponsor(s)
Rutgers – MAE
Abstract
A Rectangular Wing mounted on a Test Stand integrated with a Passive Elastomer-Based Mass Isolation System to reduce aeroelastic flutter and vibration response, enabling improved structural stability and performance under dynamic aerodynamic loading.
Discipline(s)
Mechanical and Aerospace Engineering
Theme
Flight, Propulsion & Space Systems
Poster Number
185