Created July 27, 2001
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| Title: |
Modal analysis of a cantilever plate
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| Author: | |
| Document Type: |
Thesis
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| Department: |
Department of Mechanical Engineering
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| Degree: |
Master of Science
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| Major: |
Mechanical Engineering
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| Advisory Committee: |
Wilson, Charles E.
Koplik, Bernard
Yu, Yi-Yuan
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| Thesis Date: |
1986, May
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| Keywords: |
Plates, Aluminum
Plates (Engineering) -- Vibration
ANSYS (Computer System)
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| Availability: |
Unrestricted
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| Abstract: |
This thesis discusses the vibration of a thin, flat cantilever aluminum plate. Results are based on both an analytical finite element method using the ANSYS program and an experimental analysis using a digital Fast Fourier Transform (FFT) analyzer. The FFT analyzer permits extraction of modal parameters (natural frequency, damping, mode shape) for the plate. |
| Complete Thesis: |
njit-etd1986-004
(67 pages ~ 3,623 KB pdf)
|
| Download by Chapters: |
Front
Matter (Title Page, Abstract, Table
of Contents, etc. ~ 9 pages ~ 401 KB pdf)
Chapter
I: Introduction (3 pages ~ 183 KB pdf)
Chapter
II: Theoretical Analysis (10 pages
~ 690 KB pdf)
Chapter
III: ANSYS (11 pages ~ 577 KB pdf)
Chapter
IV: Experimental Analysis (19 pages
~ 952 KB pdf)
Chapter
V: Experimental Results and Discussion (16
pages ~ 751 KB pdf)
Chapter
VI: Conclusion (2 pages ~ 118 KB pdf)
Appendix
1: Matrix Condensation (3 pages ~ 104
KB pdf)
Bibliography
(2 pages ~ 115 KB pdf)
|
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Created July 27, 2001
To view these documents you will need the Acrobat Reader Plug-in. If you do not have it you can download it free from
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