20-Video for Iy at the Cg for a triangle.
Video for Iy at the Cg for a Triangle. Determine the Iy at the Cg for a triangle by deducting the product of the Area by the x bar^2 from Iy value.
Maged kamel
19-Video for Iy for a triangle.
Video for Iy for a Triangle. By adding the Iy values from case 1 and case 2 for right angles. How to find ix at the Cg?
18-Video for Ix for a triangle.
Video for Ix for a Triangle. By adding the Ix values from case 1 and case 2 for right angles. How to find ix at the Cg?
17-Video for Ixy at CG-right-angle case 2.
Video for Ixy at CG-right-angle case 2. using the parallel axes theorem we can derive an expression for Ixy at the Cg.
16-Video for a product of inertia-right-angle case 2.
Video for a product of inertia-right-angle case 2. two methods are used to find the product of inertia for right-angle case 2.
15-Video-Iy and polar moment of inertia-right angle-case 2.
Video-Iy and polar moment of inertia-right angle-case 2. Detailed calculations to find the value of Iy at the Cg and also the polar moment of inertia.
14-Video-Use a vl strip to get Iy for right-angle case-2.
Video-Use a vl strip to get Iy for right-angle case-2. derive the value for iy for yaxis is at the left and for the Y axis at the right.determine the radius of gyration for the two cases.
13-Video-Use a vl strip to get Ix for right-angle case-2.
Video-Use a vl strip to get Ix for right-angle case-2. Derive the expression for Ix at the Cg and estimate the radius of gyration.