11-Video for Ixy for a right-angle triangle case 1.
Video for Ixy for a right-angle triangle case 1. How to estimate the product of inertia Ixy for a right-angle triangle case No.1 at the external axis and at the Cg?
Video for Ixy for a right-angle triangle case 1. How to estimate the product of inertia Ixy for a right-angle triangle case No.1 at the external axis and at the Cg?
Video for Ix for a right-angle triangle case 1. Derive the expression of Ix by using two alternative methods, a horizontal strip and a vertical strip.
A Video for practice problem-2 for the moment of inertia. It required to find the Ix and Ixy for L -shaped section.
A Video for practice problem-1 for the moment of inertia. it required to find the Ix and Kx, Iy and Ky. for a rectangle section.
A Video for Polar moment of inertia for a rectangle section. A third method for product of inertia for a rectangle section is added.
A Video for Ixy for a rectangle section. Two different methods are shown to get the value of Ixy at the Cg and at a left corner.
A Video for Iy for a rectangle section. different methods are shown to get the value of Iy and The radius of Gyration.
A Video for Ix for a rectangle section. different methods are shown to get the value of Ix and The radius of Gyration.
A Video for Parallel axes theory for the moment of inertia.Parallel axes theorem proof for Iy. and ixy are also included.
A Video for the introduction to the moment of inertia. How can we estimate the moment of inertia? What is the product of inertia?
A Video for the introduction to Macaulay’s function, that is a mathematical tool used to define a piecewise function function is a mathematical tool used to define a piecewise function that combines polynomials with different degrees.
Video for Mohr’s circle of inertia case-3. Where Ix>Iy and the product of inertia Ixy is negative. How to draw Mohr’s circle of inertia?
Explore our 8-video tutorial for solved problem Mohr’s circle-case-2-inertia, featuring a detailed guide on principal moments of inertia and angles.
Video of a solved problem for Mohr’s circle of inertia case 1. A given triangle , use Mohr’s circle of inertia for maximum and minimum moments of inertia .