Видео

This video reviews topics from the last part of the semester: friction, centroids, moments of inertia, and fluid statics.

This part of the statics final exam review covers trusses and frames/machines.

This Video reviews rigid body equilibrium problems in 2D and 3D.

This exam review covers the first quarter of the semester: units, vectors, dot and cross product, particle equilibrium, and couples.

Fluid Statics example of a parabolic curved dam.

This video explains how to calculate the centroid of a composite shape, including 3 worked examples.

This video explains how to calculate the location of the centroid of an area using single integrals. It includes two worked examples.

This is the second part of the class on Mechanical Properties of Materials. In this video, we review normal stress, normal strain, Young's Modulus, and Poisson's Ratio. We also learn about shear stress, shear strain and Shear Modulus. The video includes two worked example problems.

This video describes how to determine deflection in long, slender axial loaded members. It includes three example problems using the axial deflection equation.

This video shows an example of using data from a tension test to determine Young's Modulus, Yield Stress, Ultimate Stress, and Fracture Stress.

This is a video lecture for Mechanics of Materials that covers engineering stress and strain, Hooke's Law, Young's Modulus, and Poisson's ratio.

This video demonstrates a 3rd example problem involving 3 dimensional rigid body equilibrium.

This video shows two Statics example problems involving 3D Rigid Body Equilibrium.