Last Updated on September 2, 2026 by Maged kamel
Video for Mohr’s Circle of Inertia.
The video illustrates Mohr’s circle of inertia and the related different cases of inertiaWhen Ix is greater than Iy, we will begin to learn how to draw Mohr’s circle of inertia using the provided data for two points. As we can see, y’=ycos θ -x sin θ represents the perpendicular distances from the little area dA to x’ and the axes. In contrast, x’=xcos θ + y sin θ.
Timestamps
- 0:00- Introduction.
- 1:49- How to draw Mohr’s circle of inertia?
- 07:29- The point of maximum value of inertia.
- 08:05-The point of minimum value of inertia in Mohr’s circle of inertia.
- 08:51 – The direction of the principal axis.
- 10:21- The Pole point of Mohr’s circle.
- 11:03- The pole of the normal view.
You can download the PDF file for the content of this video by clicking the button.
Data included in the video can be reviewed in more detail in the next two posts: Easy Introduction to Mohr’s Circle of Inertia (post 4, Part-1) and Easy Introduction to Mohr’s Circle of Inertia (post 5, Part-2).
The next video is 5: Mohr’s circle of inertia, case 1.