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MTM065 Mechanical Vibrations 6.0 ECTS credits | |
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TIMEPERIOD: Q I LANGUAGE:English/Swedish EXAMINER L-E Lindgren Univ lekt PREREQUISITES Ordinary differential equations. COURSE AIM The student - should master the basic principles of mechanical vibrations and their properties. - should be able to create simple physical models from real world engineering problems that at least can serve as a starting point in design. - should not only be able to apply formulas and Matlab scripts, that are given in the course, but also understand the basic principles and assumptions they are formulated from. This will ensure that they are used correctly in accordance with the way they were created. - should have some knowledge about how to measure mechanical vibrations. - may also be able to extend the formulas and Matlab scripts given in the course. CONTENTS Foundations of vibrations. Forced or free vibrating systems with single or multiple masse. Natural frequencies of systems. Transient and random vibrations. Reduction of vibrations. Measurements. An design analysis as an occasion for combining modelling, numerical/analytical solutions for model with measurements and design on a real world problem. A written report should be submitted. TEACHING EXAMINATION Written examination. The project work may raise the grade of the course with 0.2 or 0.4 if the grade of the examination is above 3.0. COURSE GRADE SCALE: ITEMS/CREDITS | |
| Project work | 2.40ECTS |
| Laboratory work | 0.30ECTS |
| Written exam | 3.30ECTS |
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COURSE LITTERATURE D J Inman, Engineering Vibration, Prentice Hall 1994. Formulas in Mechanical Vibration (collection of formulas)
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