Materials

This section examines the relationship between torsional forces; shear strain and polar moments of inertia

An analysis of stresses and strains in curved beams

An analysis of the common types of engineering springs

An analysis of Struts using the EULER Formula

An introduction to Shear Forseand Bending Moments in Beams

An introduction Shear Stress ; The Modulus of Rigidity and Strain Energy

An intoduction to some of the teerms used in "Materials" and the concepts of Direct Stress and Strain

Resiliance and Direct Stress in bars, both composite and of varying cross section

The results of both tensile and shear stress acting together

A description of Mohr's Stress and Strain Circles ; two and three dimensional Stress and Strain systems and Strain Energy

Describes the realtionship betyween the Elastic Constants and introduces Bulk Modulus and Young's Modulus

Describes Bending above the yield Stress for elastic materials (Mild Steel)

The Stresses and Strains generated in a rotating disc or cylinder

Stresses and Strains in loaded Circular Plates and Rings

A list of the symbols used in our Engineering Materials Submissions

Rosin-Rammler cumulative distribution