ME 332 - Engineering
Thermodynamics II
This course builds on the foundation developed in Engineering
Thermodynamics I. Fundamental concepts of gas mixtures,
psychrometry, and thermochemistry are addressed. Analyses
and applications include refrigeration, air conditioning,
combustion, chemical equilibrium, and one-dimensional compressible
flow.
ME 370 - Engineering Measurements and Instrumentation
This course introduces Mechanical Engineering students
to engineering measurements and instrumentation. Students
are exposed to the design, selection, and operation of various
measurement systems and components. Measurement processes,
data acquisition systems, data analysis, and propagation
of measurement uncertainty are also addressed. A laboratory
component of this course provides the student an opportunity
to use various measurement systems.
ME 436 - Heat Transfer
This course is an introduction to heat transfer by conduction,
convection, and radiation. Included are fundamental concepts
based on the first law of thermodynamics. Topics include
similarity concepts for heat, mass, and momentum transfer;
methods for determination of heat transfer coefficients;
combined modes of heat transfer; and heat exchangers.
ME 536 - Advanced Heat Transfer
As in ME 436, heat transfer by diffusion, convection, and
radiation are covered in this course. However, these topics
are covered in greater depth, and students will leave ME 536
with a better appreciation of the underlying fundamentals
and with improved analytical skills. Mass transfer by
diffusion and convection are also
ME 538 - Advanced Fluid Flow
As in ME 335, incompressible and compressible fluid flow
fundamentals will be covered. However, these topics are
covered in greater depth. Students will leave ME 538 with a
better appreciation of the underlying fundamentals and with
improved analytical skills. Particular emphasis will be
placed on control volume analysis, inviscid/viscous fluid
flow, and laminar/turbulent boundary layer flow.
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