Randomly excited vibrations in a vertically hanging cantilever can be damped and controlled by an intermediate support comprising a support tube and an annular ring holding the cantilever at the bottom of the tube. A number of parameters like length and sti!ness of the support tube, sti!ness of the
Modeling and simulation of loose spring skirt damping and control of vibrations in a multi-segment hanging cantilever
โ Scribed by Malik Muhammad Nazeer; M. Afzal; Asim Fasih Khan; Naseer Ahmed
- Book ID
- 104266698
- Publisher
- Elsevier Science
- Year
- 2001
- Tongue
- English
- Weight
- 530 KB
- Volume
- 190
- Category
- Article
- ISSN
- 0045-7825
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โฆ Synopsis
Damping and control of randomly excited vibrations in a vertically hanging cantilever or a beam inside a machine or structure by a loose spring skirt is a novel idea. In this work, mathematical modeling of vibration damping response of the loose spring skirting a hanging multi-segment cantilever system is presented. Computer code developed on the basis of this model has enabled to analyze the response of various parameters of the cantilever skirted by a loose spring.
๐ SIMILAR VOLUMES
A mathematical model on the basis of energy co neervation principle for forced vibrations in a vertically hanging cantilever segmented by variation in its croee-eeo tional dimensions, coafiguration, attachments and material changes and excited by transverse orthogonal end concentrated forces ie deve
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