|
Introduction to Linear Dynamics
ETM 4306 / 3 q.h.
June 25 - August 4
Boston (Hybrid) M 5:45 PM-8:45 PM
Explores forces as they relate to linear motion of particles of a system. The study includes velocity, acceleration, and friction. Kinematics of particles and rigid bodies is also explored. Studies of principles of energy, impulse and momentum of particles.
Prerequisite: ETM 4207 Application of Static Equilibrium.
Introduction to Rotational Dynamics
ETM 4307 / 3 q.h.
August 6 - September 15
Boston (Hybrid) M 5:45 PM-8:45 PM
Explores forces as they relate to rotational motion of particles of a system. The study includes angular velocity, acceleration, and friction. Kinematics of particles and rigid bodies is also explored. Studies of principles of energy, impulse and momentum of particles.
Prerequisite: ETM 4306 Introduction to Linear Dynamics.
Introduction to Stress Analysis
ETM 4316 / 3 q.h.
June 25 - August 4
Boston (Hybrid) M 5:45 PM-8:45 PM
Presents the basics of linear and torsional stress (F/A) for mechanical elements. Presents principles for solving statically determinate and indeterminate, loaded mechanical elements, effects of thermal expansion on the stress and determinate solution of a mechanical element. Examines columns and beams determining stress and strain; factors of safety and temperature effects for determinate and indeterminate. Other topics include shear and moment diagrams, flexural and transverse shearing stresses, torsional stress, and deformations.
Prerequisite: ETM 4206 Introduction to Systems in Static Equilibrium.
Application of Stress Analysis
ETM 4317 / 3 q.h.
August 6 - September 15
Boston (Hybrid) M 5:45 PM-8:45 PM
A continuation of the study of Stress Analysis, this course applies the principles of linear and torsional stress analysis to the design of columns and a variety of beams. The proper selection and application of factors of safety and temperature effects for determinate and indeterminate stress analysis problems are discussed. Applications include shear and moment diagrams, flexural and transverse shearing stresses, torsional stress, and deformations on the proper design of mechanical elements.
Prerequisite: ETM 4316 Introduction to Stress Analysis.
Applied Metallurgy
ETM 4482 / 5 q.h.
June 25 - August 18
Boston MW 6:00 PM-8:30 PM|
Examines mechanical properties of ferrous metals, the iron carbon diagram, high-temperature alloys, hardening methods, impact tests, and the effects of environment. Also discusses manufacturing processes and methods of fabrication.
Prerequisite: ETM 4341 Materials. |
|
 |
|
|
