Mechanics of Materials | Materials Science and Engineering | MIT OpenCourseWare

Lecture Notes

Anisotropic Compliance Relations – 3.11 Fall 1999

Atomistics of Elasticity – 3.11 Fall 1999

Beam Displacements – 3.11 Fall 1999

Cathedrals and Photoelasticity – 3.11 Fall 1999

Closed-Form Solutions – 3.11 Fall 1999

Compressive Force in Heated Tapered Rod – 3.11 Fall 1999

Constitutive Relations – 3.11 Fall 1999

Creep-rupture Lifetimes – 3.11 Fall 1999

Dislocation Basis of Yield and Creep – 3.11 Fall 1999

Edge Dislocation - Numerical Simulation – 3.11 Fall 1999

Edge Dislocation - Solution from Stress Function – 3.11 Fall 1999

Efficiency of Materials – 3.11 Fall 1999

Elongation of Constant-stress Column (Maple Solution) – 3.11 Fall 1999

Equilibrium – 3.11 Fall 1999

Experimental Solutions – 3.11 Fall 1999

Fatigue – 3.11 Fall 1999

Fatigue Fracture Surfaces – 3.11 Fall 1999

FElt Solution for Circular Hole – 3.11 Fall 1999

Finite Element Analysis – 3.11 Fall 1999

Flywheel Design – 3.11 Fall 1999

Foamcore Panel – 3.11 Fall 1999

Form vs. Function in Design – 3.11 Fall 1999

Galerkin Weighted Residual Method – 3.11 Fall 1999

Helicopter Rotor Blades – 3.11 Fall 1999

Introduction to Composites – 3.11 Fall 1999

Introduction to Elastic Response – 3.11 Fall 1999

Introduction to Fracture Mechanics – 3.11 Fall 1999

Kinematics – 3.11 Fall 1999

Laminated Composite Plates – 3.11 Fall 1999

Linear Viscoelasticity – 3.11 Fall 1999

List of Symbols – 3.11 Fall 1999

Maple Solution for Statically Indeterminate Beam – 3.11 Fall 1999

Material Properties – 3.11 Fall 1999

Matrix and Index Notation – 3.11 Fall 1999

Modern Materials Science and Engineering – 3.11 Fall 1999

Periodic Table/Melting Points – 3.11 Fall 1999

Periodic Table/Young's Modulus – 3.11 Fall 1999

Polydimethyl Siloxane Analysis – 3.11 Fall 1999

Pressure Vessel Creep – 3.11 Fall 1999

Pressure Vessels – 3.11 Fall 1999

S. S. Schenectady Failure – 3.11 Fall 1999

Shear and Bending Moment Diagrams – 3.11 Fall 1999

Shear and Torsion – 3.11 Fall 1999

Silicate Glass – 3.11 Fall 1999

Statistics – 3.11 Fall 1999

Statistics of Fracture – 3.11 Fall 1999

Steel Microstructures – 3.11 Fall 1999

Stress-Strain Curves – 3.11 Fall 1999

Stresses Around a Circular Hole – 3.11 Fall 1999

Stresses in Beams – 3.11 Fall 1999

Structural Metal Alloys – 3.11 Fall 1999

Tensile Testing – 3.11 Fall 1999

Tensor Transformations – 3.11 Fall 1999

Truss Matrix Assembly – 3.11 Fall 1999

Trusses – 3.11 Fall 1999

Tungsten - Theory – 3.11 Fall 1999

Unit Conversion Factors – 3.11 Fall 1999

Using Maple to Plot Singularity Functions – 3.11 Fall 1999

Yield and Plastic Flow – 3.11 Fall 1999

Maple Solution for Principal Stress in 4-Point Bending – 3.11 Fall 1999

Course Info

Instructor

Prof. David Roylance

Departments

Materials Science and Engineering

As Taught In

Fall 1999

Level

Graduate

Topics

Learning Resource Types

Open Textbooks

Problem Sets

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