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Vibration of Beam
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Overview
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With this module, you can directly model and simulate the forced vibration response of finite beams subjected
to dynamical loading, and analyze the results all within the Excel environment. It uses analytical solutions
and the wave decomposition method for accurate prediction of vibration in almost beam configuration.
An interesting feature is that
experimental data can be fed into Vibob for modeling the boundary and loading conditions.
This module is a perfect tool for both the engineer who wants to quickly and
easily assess vibration at the design stage and the trainer who wishes to explain the basic concepts of structural vibration behavior such as natural frequencies/mode shapes, forced vibration response, effects of damping, influence of boundary conditions and loading, etc..
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Key Features
- Longitudinal, torsional and flexural wavefields.
- Section and material properties.
- Ideal and elastic boundary conditions.
- Multiple point forces, moments and constraints spectrum.
- Linear and angular motions, forces and moments at any locations.
Screenshots
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