This course examines how computers and automation are used in modern manufacturing processes. Topics include machining processes, CNC prgramming, process planning, dimensioning, and tolerancing. Topics include theories of elasticity and plasticity, stress and strain as tensors, compatibility and constitutive relationships, energy methods, stability, yield functions, behavior of time dependent materials, plasticity limit theorems, plastic design. An introductory course that emphasizes the mechanics of structures containing composite materials. Topics covered include the generalized Hooke's Law, lamina constitutive relationships, mechanics of fiber reinforced lamina, lamina strength analysis, and the mechanics of composite laminates.
Analysis is accomplished through computer lab assignments.
Introduction to energy conversion and utilization. Terrestrial and thermodynamic limitations, direct energy conversion devices, alternative energy sources, present and future energy research design and development and energy usage and economy are presented. Principles of thermodynamics, heat transfer, and fluid mechanics as applied to the design and control of thermal environments. Cycles and equipment for heating, cooling and humidity control. Air transmission, distribution and cleaning are also considered.