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Description

Spring 2016

Joseph Fedock

Eng 205

Normal stress and shear stress

Strain - normal and shear Stress - strain diagram Ductile and brittle materials Axial load and deformation Statically indeterminate axial problems

Axial-thermal stress and strain Techniques for solving problems Torsion of circular bars

Summarizes all of the information we have learned in class so far; lists all equations and what they are used for. Has a stress-strain graph, an example of how to use the law of superposition, and the steps to solve an axial-thermal stress and strain problem.

Shear and Moment diagrams with examples Relationship between load, shear, and moments Beam bending and flexure stress distribution force deformation beam analysis and design

Unsymmetric bending and example problems Transverse shear Shear stress distribution over rectangular cross sections

Shear flow Beam deflections Method of integration for slope and displacement

Statically indeterminate beams: Method of integration and method of superposition

Stress transformation Principal stress and max shear stress Mohr's circle

Hooke's law and material property relationships Dilation and bulk modulus Thin walled pressure vessels (cylindrical and spherical) Combined loadings

Multiple loads on a body Principal stresses in flexural members Column buckling