doc:user:integration:scheme:dynimpl
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| doc:user:integration:scheme:dynimpl [2017/06/16 10:27] – papeleux | doc:user:integration:scheme:dynimpl [2017/06/16 10:28] (current) – papeleux | ||
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| According to ref2 (chapter 3), an easy way to build a diagonal damping matrix is to compute a ponderated sum of the mass and stiffness matrices : | According to ref2 (chapter 3), an easy way to build a diagonal damping matrix is to compute a ponderated sum of the mass and stiffness matrices : | ||
| - | $$\boldsymbol{C} = | + | $$\boldsymbol{C} = |
| The modal damping factor corresponding to each eigen pulsation $\omega_{0r} = 2 \pi \phi$: | The modal damping factor corresponding to each eigen pulsation $\omega_{0r} = 2 \pi \phi$: | ||
doc/user/integration/scheme/dynimpl.1497601678.txt.gz · Last modified: 2017/06/16 10:27 by papeleux