Provide the area, centroids, moments of inertia, 95% area, etc. for a thick-walled tube. Assume the inner
and outer diameters are di and do, respectively.

Image provided shows thin-walled formulas. $18. Thinwalled Annulus \[ \begin{array}{l} I_{x_{c}}=\pi r^{3} t \\ I_{y_{c}}=\pi r^{3} t \\ J_{z_{c}}=2 \pi r^{3} t \end{arr$

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Provide the area, centroids, moments of inertia, 95% area, etc. for a thick-walled tube. Assume the inner
and outer diameters are di and do, respectively.

Image provided shows thin-walled formulas. $18. Thinwalled Annulus \[ \begin{array}{l} I_{x_{c}}=\pi r^{3} t \\ I_{y_{c}}=\pi r^{3} t \\ J_{z_{c}}=2 \pi r^{3} t \end{arr$

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