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Concept · from MIT 2.003SC Engineering Dynamics

Reducing Problem Vibration and Intro to Multi-DOF Vibration

  • 13 lecture videos
  • 1 problem-solving video
  • 1 set of notes
  • No MIT solutions for this topic
About these materials

MIT's own material for this topic, in MIT's order: Reducing Problem Vibration and Intro to Multi-DOF Vibration.

Source: MIT OpenCourseWare 2.003SC Engineering Dynamics, Fall 2011, Prof. J. Kim Vandiver, Prof. David Gossard — original course page on ocw.mit.edu ↗. License: CC BY-NC-SA 4.0. Order: the items appear in the order MIT's own session page lists them. Taken from MIT's published course files, downloaded from ocw.mit.edu on September 23, 2026. How RedLectern is built.

MIT's session, in MIT's order

MIT 2.003SC · · This session on MIT OpenCourseWare ↗

Session Overview

  1. Lecture 21: Vibration IsolationLecture video · transcript Watch
  2. Demonstration of a vibration isolation system-strobe light and vibrating beamLecture clip · 0:26–1:20:24 · 1:19:58 long · transcript Watch
  3. Euler's formula for complex numbersLecture clip · 11:36–1:20:24 · 1:08:48 long · transcript Watch
  4. Hx/F transfer function by complex number approachLecture clip · 16:34–1:20:24 · 1:03:50 long · transcript Watch
  5. Base motion Hx/y transfer function-vibration isolation system designLecture clip · 34:10–1:20:24 · 46:14 long · transcript Watch
  6. Predicting natural frequency by SQRT(g/delta)Lecture clip · 57:16–1:20:24 · 23:08 long · transcript Watch
  7. Vibration isolation of the source-H-Ft/Fo transferfunction-with strobe light demoLecture clip · 1:07:12–1:20:24 · 13:12 long · transcript Watch
  8. Lecture 22: Finding Natural Frequencies and Mode Shapes of a 2 DOF SystemLecture video · transcript Watch
  9. Obtain the equations of motion of a 2 DOF systemLecture clip · 0:21–1:23:02 · 1:22:41 long · transcript Watch
  10. Finding the natural frequencies by the characteristic equationLecture clip · 9:13–1:23:02 · 1:13:49 long · transcript Watch
  11. Finding the modes shapes of the 2 DOF systemLecture clip · 28:08–1:23:02 · 54:54 long · transcript Watch
  12. Matlab simulation of the response of the 2 DOF system to initial conditionsLecture clip · 42:43–1:23:02 · 40:19 long · transcript Watch
  13. Physical demonstration of the motion of a real 2 DOF systemLecture clip · 56:57–1:23:02 · 26:05 long · transcript Watch

Session Overview · Recitation Video and Notes

  1. Recitation 10: Steady State DynamicsProblem-solving video · transcript Watch

Where this sits in MIT 2.003SC

Open this session in the full course 2.003SC Engineering Dynamics: all units →

MIT OpenCourseWare, Prof. J. Kim Vandiver, Prof. David Gossard, 2.003SC Engineering Dynamics, Fall 2011.

License: CC BY-NC-SA 4.0 · Edition: Fall 2011 · Open the original course on OCW ↗

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