Mechanical Engineering 102: Mechanics of Materials (Saylor Academy) | Mechanical Engineering

Mechanical Engineering 102: Mechanics of Materials

Mechanical Engineering 102: Mechanics of Materials (Saylor Academy). Instructor: Professor Kenneth S. Manning. This course deals with topics in statics and solid analysis, focusing on understanding how rigid bodies react to applied forces and the effects that forces have on solids: stress, strain, deformation, torsion, twist, bending, beam design, shaft design, shear, trusses, machines, and frames.

Introduction

Lecture 01 - Introduction

Lecture 02 - Stress

Lecture 03 - Deformation

Lecture 04 - Strain

Lecture 05 - Stress/Strain

Lecture 06 - Poisson's Ratio

Lecture 07 - Axial Loading

Lecture 08 - Static Indeterminacy

Lecture 09 - Torsion of a Circular Shaft

Lecture 10 - Angle of Twist

Lecture 11 - Twist, and Stress Concentrations

Lecture 12 - Shear-Moment Diagrams

Lecture 13 - Bending in Prismatic Beams

Lecture 14 - More Bending, and Composite Beams

Lecture 15 - Composite and Reinforced Concrete Beams

Lecture 16 - Transverse Shear

Lecture 17 - Thin-Walled Vessels and Combined Loading

Lecture 18 - Plane Stress and Mohr's Circle

Lecture 19 - Basis of Beam Design

Lecture 20 - Mohr's Circle Part 2

Lecture 21 - Thermal Effects

Lecture 22 - Support of Columns

Lecture 23 - Deflection of Beams by Superposition

Lecture 24 - Columns

Lecture 25 - Shear, Connections

Lecture 26 - Shaft Design

Lecture 27 - Beam Deflection

Lecture 28 - Space Trusses

Lecture 29 - Trusses-Method of Sections

Lecture 30 - Frames

Lecture 31 - Frames and Machines

Lecture 32 - Frames and Machines

Lecture 33 - Trusses-Method of Joints

Related Links

ME102: Mechanics I
Course Syllabus. Learning Outcomes. Course Requirements. Course Information. While most universities split introductory mechanics into two courses, with one devoted to statics and the other to solids, this course will introduce you to both areas.