Dynamic Analysis: Difference between revisions
From ASDSO Dam Safety Toolbox
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"In dynamics, the time dependence is strictly considered because the calculation of inertial forces requires derivatives respect to actual time to be taken. Dynamic analysis is needed when the variation of displacement with time is so rapid that inertial effects cannot be ignored. Practical examples for these analyses are: earthquakes, vehicle crashes, rocket launches, etc."<ref name="DSO2018-09">[[Guide for Analysis of Concrete Dam Structures using Finite Element Methods (DSO-2018-09) | Guide for Analysis of Concrete Dam Structures using Finite Element Methods (DSO-2018-09), Bureau of Reclamation]]</ref> | |||
==Types of Dynamic Analysis== | ==Types of Dynamic Analysis== | ||
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* [[Response Spectrum]] | * [[Response Spectrum]] | ||
* [[Mode Superposition]] | * [[Mode Superposition]] | ||
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Revision as of 18:26, 14 December 2022
"In dynamics, the time dependence is strictly considered because the calculation of inertial forces requires derivatives respect to actual time to be taken. Dynamic analysis is needed when the variation of displacement with time is so rapid that inertial effects cannot be ignored. Practical examples for these analyses are: earthquakes, vehicle crashes, rocket launches, etc."[1]
Types of Dynamic Analysis
Citations:
Revision ID: 5709
Revision Date: 12/14/2022