Dynamic analysis and control of broadband frequency harmonic vibrations in lightweight pedestrian structures

Herrera, Soria; Manuel, José

doi:10.20868/upm.thesis.57247

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“…The main advantage of these control systems is their purely mechanical functioning without the need of any power supply, as opposed to semi-active or active TVAs. A drawback of a TVA is its inefficiency to control vibrations in a broad frequency range due to the presence of uncertainties on the structure or actions involving several harmonics (Soria, 2019). Hence, a single passive device on a lightweight FRP footbridge may be susceptible to be detuned if HSI is not correctly addressed.…”

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confidence: 99%

Dynamic analysis and vibration control of lightweight FRP footbridges considering human-structure interaction

Calderón¹

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Many people have helped me with my doctoral studies throughout the last few years. Their contribution was fundamental in reaching the goals of my research at Universidad Politécnica de Madrid. Especially, I express my gratitude to the following people and organizations:M. Dolores G. Pulido, for her ideas and guidance as an advisor during this project. Loli brought me into the field of composite materials, and it has been a great pleasure to work with her. Her enthusiasm and determination have helped my academic and personal life.José M. Goicolea Ruigómez, for his time and patience in guiding me as an advisor in my doctoral studies. His knowledge, suggestions and opinions about structural bridge dynamics were crucial to complete and enhance the results delivered in this research.Iván Muñoz Díaz, for his advice and insights, which allowed me to achieved the goals of this thesis. I highly appreciate the discussions we had about designing experiments and tackling human-induced vibrations. Certainly, the successful completion of my studies was thanks to his contribution.

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Section: List Of Tablesmentioning

confidence: 99%

Dynamic analysis and vibration control of lightweight FRP footbridges considering human-structure interaction

Calderón¹

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Dynamic analysis and control of broadband frequency harmonic vibrations in lightweight pedestrian structures

Cited by 1 publication

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Dynamic analysis and vibration control of lightweight FRP footbridges considering human-structure interaction

Dynamic analysis and vibration control of lightweight FRP footbridges considering human-structure interaction

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