Polar moment of inertia#

\(I_p = \int_{A}r^{2}dA\)
\(I_p = I_{yy} + I_{zz}\)
This is treated in chapter 3.2.3, 3.2.4 (example 8 - 9) and chapter 3.3 (example 2) of the book Engineering Mechanics Volume 2 (Hartsuijker and Welleman, 2007).
Exercises#
Exercises 3.36b-c, 3.37b, 3.40 and 3.41 in chapter 3.5 of the book Engineering Mechanics Volume 2 (Hartsuijker and Welleman, 2007). Answers are available on this website.