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Locate the following Random vibration and Computer simulation vibration specific journals and conference proceedings in your library or on-line: 1) Journal of Sound and Vibration
Locate the following Random vibration and Computer simulation vibration specific journals and conference proceedings in your library or on-line: 1) Journal of Sound and Vibration 2) Journal of Advances in Applied Mechanics 3) Journal of Advances in Mechanical Engineering, SAGE Journals 4) Journal of IEEE and conference papers 5) Journal of Nonlinear Dynamics 6) Journal of Hindawi Publishing Corporation Shock and Vibration 7) Other journals and conference papers are allowed. Papers from these journals and proceedings are important for readers to gain further breadth and depth of knowledge in the Random vibration and Computer simulation vibration area beyond the coverage of your course material. Therefore, it is important to be able to locate these sources. Identify one particular area of Random vibration and Computer simulation vibration application of interest to you and then identify six (three of each) papers from these sources of literatures. The papers must come from at least two different sources. Of the six papers, the dates of publication should span at least five years. Write a four-page (two for Random vibration and two for Computer simulation vibration), single-spaced summary to compare the contents of these six papers. Summarize the six references in the following format: authors, "title," publication source, issue/volume number, page number, and year. Subsequently, make cross-comparison of technical elements of these six papers, and explain how these works are related to one another. You may compare principles of random vibration, specification of random vibration, types of series, nonlinear theory, types of computer simulation package and their importance and feasibility of computer simulation of vibration of these six reported papers. Optionally, you may summarize Random vibration and Computer simulation vibration with other competing vibration technologies
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