Altair slc random vibrations and Sine sweep analysis eathquake vibrations for modeling
Too long to post here,see
https://github.com/rogerjdeangelis/altair-slc-random-vibrations-and-Sine-sweep-analysis-eathquake-vibrations-for-modeling
Plots
https://github.com/rogerjdeangelis/altair-slc-random-vibrations-and-Sine-sweep-analysis-eathquake-vibrations-for-modeling/blob/main/random_vibration_psd.png
https://github.com/rogerjdeangelis/altair-slc-random-vibrations-and-Sine-sweep-analysis-eathquake-vibrations-for-modeling/blob/main/random_vibration_time_history.png
https://github.com/rogerjdeangelis/altair-slc-random-vibrations-and-Sine-sweep-analysis-eathquake-vibrations-for-modeling/blob/main/sine_sweep_frequency.png
This analysis is essential for ensuring products survive real-world vibration environments
from
your smartphone surviving a drop,
to a car handling a bumpy road,
to a rocket staying intact during launch,
to a building surviving a eathquake
The code generates the vibration profiles that engineers use to test
and validate products before they reach consumers.
