ENES102 (ENES102)

This document is a summary of topics included in the 3rd test in Mechanics 1, such as buckling, trusses, and frames and machines. In addition, I included units that go together, useful measurements, and safety factor and yield force equations. For buckling, as well as an example problem, I noted k values, angle equations, and inertia. For trusses, I have example problems for the method of sections, method of joints, and section cuts, as well as zero force and 2 force member rules. For frames and...

This document is a summary of the main topics in stepped bars, oblique planes, inertia, and mechanics equations that determine the properties of load (i.e. normal stress, axial forces, shear forces, modulus of rigidity, change in length and diameter, safety factor etc.). In addition, I've included problems in these units on the second page.

This document summarizes the main topics of Mechanics 1, while also including more on 3D vectors, 3D equilibrium, friction (slipping and tipping), and coordinate direction angles with a few examples. I have included useful measurements, units that go together, and the reaction forces for 3D supports. The main topics of mechanics that I summarized include sign conventions, inertia, distributed loads, axial, shear and yield force equations, buckling, and forces on oblique planes equations.

This document is an overall summary of the topics of the first test in ENES 102 (Mechanics 1), which was 2D particle equilibrium, rigid body equilibrium, and internal forces. I noted the main ideas used to solve these problems while also including notes for distributed loads, pullies, and springs. This was my summary sheet for the first mechanics test.

This document has worked through solutions to mechanics old Mechanics 102 exam problems for 3D vectors and equilibrium as well as static friction. Each page has a problem with a worked through solution. I have also added the number solutions to all problems on the last page.