Mechanical Systems for Electrical Engineers

Dr. Timothy M. Cameron - Kettering University

Time               Discipline     Role in Mechanical Design and/or Analysis

1.5 Hr             Mechanics: Statics

From known external loads (forces and moments) determine the internal forces and moments in mechanical elements

1.0 Hr             Stress, Strain and Properties of materials

Knowing the internal forces in an element determine the deformation, strain and/or stress in the material

1.0 Hr             Strength of materials        

Determine possible failure conditions from known loads, internal stress and strain

1.0 Hr             Manufacturing processes

Methods to form materials into final shape and impart properties to materials to achieve desired function, form and durability.

1.5 Hr             Mechanics: Dynamics

From known external forces and moments determine the state of motion of elements and devices (or vice versa, determine forces required to obtain a known or desired state of motion)

2.0 Hr             Systems dynamics

Conversion and transmission of power and motion - electrical, mechanical, hydraulic, etc. Feedback effects among system elements (source-load synthesis, stability, vibrations, resonance, etc.). Examples: friction stability and vibration in brakes and clutches