ME 3504 files for Spring 2012 
ME 3504 files for Spring 2012
Professor:
Dr. R. Gordon Kirk
Mechanical Engineering Dept.
Virginia Tech
Blacksburg, VA 22901-0238
email gokirk@vt.edu
tel 540-231-7478
office hours: Mon Wed Fri 11:00am - noon Rand 119
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office hours for discussion of ME 3504 Vibrations HW
Grader: Daniel Freeman
Rand 108 Mon. 1:00 -
3:00 ; Wed 4:30 - 5:30
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Final Grades rgk
( AFTER Final Exam right click to save or view )
Syllabus 4-03-2012 ( dbl click to view)
Vibrations Course Policy
(right click and save or open to view)
Initial
Handout Laws, units, memo
(right click and save or open to view)
Notes for all lectures are posted here:
Mass Units , 1 page rgk ( right click to save or view )
post-Lec 1 notes Units, basics rgk ( right click to save or view )
Lec 2 notes SDOF Free Response rgk ( right click to save or view )
Lec 2 added notes rgk ( right click to save or view )
HW 1 notes rgk ( right click to save or view )
m-file no.1 handout ( click to save or view )
m-file no.2 handout ( click to save or view )
Lec 3 notes Modeling, Energy Method rgk ( right click to save or view )
Lec 4a notes Equiv Stiffness and Mass rgk ( right click to save or view )
Lec 4b notes Rev Inertia Force rgk ( right click to save or view )
HW 2 notes rgk ( right click to save or view )
Lec 5 notes meas., log dec, design rgk ( right click to save or view )
Lec 6 notes Stability rgk ( right click to save or view )
Lec 6 notes Tacoma other failures rgk ( right click to save or view )
Lec 6 notes pp 1-5 only rgk ( right click to save or view )
HW 3 notes rgk ( right click to save or view )
Lec 7 notes numerical integration rgk ( right click to save or view )
HW 4 notes rgk ( right click to save or view )
Handout ex code 2004 SS rgk ( right click to save or view )
Help ode45 rgk ( right click to save or view )
MATLAB + SIMULINK rgk ( right click to save or view )
Lec 8 notes Forced Response rgk ( right click to save or view )
HW 5 notes rgk ( right click to save or view )
Lec 8b handwritten notes forced response rgk ( right click to save or view )
HW 6a notes rgk ( right click to save or view )
HW 6b notes rgk ( right click to save or view )
Lec 9 notes; Convolution, Duhamel, Superposition rgk ( right click to save or view )
HW 7 notes rgk ( right click to save or view )
Lec 10 handwritten notes; Fourier Analysis rgk ( right click to save or view )
HW 8 notes rgk ( right click to save or view )
Lec 11 Shock notes rgk ( right click to save or view )
Lec 12 notes; Design, TR, quality rgk ( right click to save or view )
VTK notes rgk ( right click to save or view )
HW 9 notes rgk ( right click to save or view )
Lec 13 notes; 2DOF and Mdof 4 lectures rgk ( right click to save or view )
Lec 13b notes; 2DOF summary, etc. rgk ( right click to save or view )
HW 10 notes rgk ( right click to save or view )
Lec 14 notes; J.P.denHartog rgk ( right click to save or view )
HW 11 notes (at) last rgk ( right click to save or view )
Lock and Key
HW 1 solutions ; rgk ( right click to save or view )
HW 2 solutions ; rgk ( right click to save or view )
HW 3 solutions ; rgk ( right click to save or view )
HW 4 solutions ; rgk ( right click to save or view )
HW 5 solutions ; rgk ( right click to save or view )
HW 6a solutions ; rgk ( right click to save or view )
HW 6b solutions ; rgk ( right click to save or view )
HW 7 solutions ; rgk ( right click to save or view )
HW 8 solutions ; rgk ( right click to save or view )
HW 9 solutions ; rgk ( right click to save or view )
HW 10 solutions ; rgk ( right click to save or view )
HW 11 solutions ; rgk ( right click to save or view )
Reference Notes from System Dynamics ME 3514 related to mechanical system vibrations
Mech Elements Information, 5 pages rgk ( right click to save or view )
Vibration Tool Kit pp 1-8 rgk ( right click to save or view )
Mech Sys Lecture 1 rgk ( right click to save or view )
Mech Sys Lecture 2 rgk ( right click to save or view )
Mech Sys Examples rgk ( right click to save or view )
Multi Degree of Freedom example rgk ( right click to save or view )
Mech Sys Static Equil ex rgk ( right click to save or view )
Mech Sys Energy Lecture notes rgk ( right click to save or view )
Freq Response Part 1 Lecture notes rgk ( right click to save or view )
Freq Response Part 2 Lecture notes rgk ( right click to save or view )
Freq Response Part 3 Lecture notes rgk ( right click to save or view )
Freq Response Part 4 Lecture notes rgk ( right click to save or view )
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