Document Type
Poster Session
Department
Engineering
Faculty Mentor
Mehrdaad Ghorashi
Keywords
Vibration
Abstract
Vibration responses of beams subjected to moving loads is of great practical importance as these responses can cause significant damage to structures especially at resonance. The ultimate aim of this project is to use SolidWorks simulations and theoretical calculations to analyze uniform, partially distributed loads, point loads and double point loads moving on simply-supported beams. Sequential static loading is used to approximate such beam deflections. Deflection and stress amplification due to dynamic loading is compared to the sequential static results. To fulfill this step, Dr. Ghorashi’s results from articles published on moving loads on beams and ships are used to validate the results in this project. As an extension to the existing works on the subject, fixed-hinged and fixed-fixed boundary conditions are analyzed as well.
Open Access?
1
Vibration of Beams under Moving Loads
Vibration responses of beams subjected to moving loads is of great practical importance as these responses can cause significant damage to structures especially at resonance. The ultimate aim of this project is to use SolidWorks simulations and theoretical calculations to analyze uniform, partially distributed loads, point loads and double point loads moving on simply-supported beams. Sequential static loading is used to approximate such beam deflections. Deflection and stress amplification due to dynamic loading is compared to the sequential static results. To fulfill this step, Dr. Ghorashi’s results from articles published on moving loads on beams and ships are used to validate the results in this project. As an extension to the existing works on the subject, fixed-hinged and fixed-fixed boundary conditions are analyzed as well.
