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Mechanical Engineering Vibrations

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Mechanical Engineering Vibrations

Welcome to Vibrations by Prof. J. Lee. This book introduces core principles of vibrations in mechanical systems. Topics include: 1) Degrees of freedom; 2) Translational and torsional systems; 3) Free, forced, damped, and undamped vibrations; 4) Solution procedures; 5) Discrete and continuous models; 6) Modal analysis. Video lectures: youtube.com/@MECHProfLee

Engineering
Author
JuEun Lee
Publisher
California State Polytechnic University, Humboldt
Source
LibreTexts
License
CC BY-NC-SA
Language
EN
Read online Download PDF (open licence)
Contents· 12 sections
  1. Topic 01. Introduction to Vibrations
  2. Topic 02. Free Vibration of Single DOF: an Undamped Translational System
  3. Topic 03. Free Vibration of Single DOF: an Undamped Torsional System
  4. Topic 04. Free Vibration: Stiffness
  5. Topic 05. Free Vibration of Single DOF: Viscous Damping
  6. Topic 06. Free Vibration of Single DOF: Damping Estimation from Underdamped Response
  7. Topic 07. Forced Vibration of Single DOF: Undamped System Under Harmonic Excitation
  8. Topic 08. Forced Vibration of Single DOF: Damped System Under Harmonic Excitation
  9. Topic 09. Forced Vibration Base Excitation
  10. Topic 12. Multiple-Degree-of-Freedom System
  11. Topic 13. Modal Analysis of Multi-DOF System: Orthonormality of Modal Vectors
  12. Topic 14. Modal Analysis of Multi-DOF System: Response via Modal Superposition