Plate Vibration
From Python Wiki
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The scripts on this page require the utility module [http://www.vibrationdata.com/python/tompy.py tompy.py] | The scripts on this page require the utility module [http://www.vibrationdata.com/python/tompy.py tompy.py] | ||
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A script for calculating the natural frequencies of the bending modes of a circular plate, with options for both homogenous and honeycomb-sandwich designs is given at [http://www.vibrationdata.com/python/circular_plate.py circular_plate.py]. This script demonstrates a 3D surface plot for a polar base. | A script for calculating the natural frequencies of the bending modes of a circular plate, with options for both homogenous and honeycomb-sandwich designs is given at [http://www.vibrationdata.com/python/circular_plate.py circular_plate.py]. This script demonstrates a 3D surface plot for a polar base. | ||
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Latest revision as of 12:35, 7 October 2011
Utility
The scripts on this page require the utility module tompy.py
Rectangular Plates
A script for calculating the natural frequency of a rectangular plate supported at each corner is given at plate_corners.py
The natural frequency is calculated via the Rayleigh method. The resulting fundamental mode shape is displayed using a Matplotlib surface plot.
Circular Plates
A script for calculating the natural frequencies of the bending modes of a circular plate, with options for both homogenous and honeycomb-sandwich designs is given at circular_plate.py. This script demonstrates a 3D surface plot for a polar base.
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