MECHANICAL ENGINEERING


MHF 4203 Foundations of Mathematics. S.
 Credits: 3; A sequel to MHF 4102 or MHF 3202.
Models and proofs. Foundations of the real and natu-
ral numbers, algorithms, Turing machines, undecid-
ability and independence. Examples and applications
in algebra, analysis, geometry and topology.
MHF 4404 History of Mathematics. SS.
 Credits: 3; Prereq: 9 hours of mathematics or permis-
sion of instructor.
A survey of the historical development of precalculus
mathematics. (M)

Mathematics: Topology and Geometry
MTG 3212 Geometry. F.
 Credits: 4; Prereq: 2 semesters of calculus.
A systematic study of the axiomatic structure of
Euclidean geometry, including a comparison of the
metric (Birkhoff) and synthetic (Hilbert) develop-
ments of absolute geometry; parallelism, similarity,
area, lines and planes in space, solid mensuration.
This course is particularly useful for prospective sec-
ondary school mathematics teachers. (M)
MTG 4302 Elements Topology 1. F.
 Credits: 3; Prereq: A 4000-level course in mathematics
or consent of instructor.
The basic concepts of general topology.
MTG 4303 Elements Topology 2. S.
 Credits: 3
Continuation of MTG 4302.
GRADUATE COURSES
Please refer to the Graduate Catalog for graduate
course listings.






 INSTRUCTIONAL STAFF 1992-93
Tiederman, W.G., Chair; Crane, C.D.; Duffy, J.;
Freeman, W.L., Undergraduate Adviser; Gaither, R.B.;
Gater, R.A.; Goswami, D.Y., Green, A.E.S.; Hansen,
E.C.; Hsieh, C.K., Graduate Adviser; Ingley, H.A.;
Ingman, H.M.; Klausner, J.F.: Lear, W.E.; Lush, A.M.;
Matthew, G.K.; Micklow, G.J.; Oliver, C.C.; Peterson,
J.E.; Proctor, C.L.; Roan, V.P.; Saltiel, C.J.; Schueller,
J.K.; Seireg, A.; Sherif, S.; Smith, K.S.; Sowls, R.E.,
Undergraduate,Coordinator; Tlusty, J.; Watts, E.H.;
Ziegert, J.C.

Engineering General (see Nuclear Engr.)
EGN 1002 Introduction to Engineering, F,S.
 Credits: Ift
The role of the engineer in today's society. A survey of
the fields of engineering and technology.

Engineering Graphics

EGN 3123 Advanced Computer Assisted Drafting
and Design. F, S, SS.
 Credits: 3; Prereq: Knowledge of FORTRAN, EML
 3023 or permission of instructor.
 The use of computer assisted graphics in analytical
 design. Solution of representational problems in many
 areas, including CAD.

 Engineering: Mechanical
 EML 3005C Introduction to Mechanical Design. F, S,
 SS.
 Credits: 4; Prereq: EML 3023, PHY 3040; Coreq:
 EGM 3520.


Study and application of the design process, as related
to mechanical and thermal systems. Exercises in prob-
lem definition, idea generation, decision making,
selection of standard parts, and graphical, written and
oral communication. Drawing laboratories are inte-
grated with the lecture material.
EML 3023 Computer Assisted Drafting and Design.
F, S, SS.
 Credits: 3.
Hand sketching, descriptive geometry, elementary
computer graphics, computer aided drafting, and sim-
ple design projects.
EML 3100 Thermodynamics 1. F, S, SS.
 Credits: 3; Prereq: MAC 3313, PHY 3040, CHM
2045 or 2041.
Application of the first and second laws of thermody-
namics to closed and open systems and to cyclic heat
engines. This includes the development of procedures
for calculating the properties of multiphase and sin-
glephase pure substances.
EML 3101 Thermodynamics 2. F, S, SS.
 Credits: 3; Prereq: EML 3100.
A continuation of EML 3100 with an emphasis on
applications that involve imperfect gases, gas-vapor
mixtures (psychrometrics), or chemically reacting
gases (combustion).
EML 3262 Kinematics and Dynamics of Machinery.
F, S, SS.
 Credits: 3; Prereq: EGM 3400 or 3401, and CGS
3422, EML 3023, and EML 3520.
The study of mechanisms used in machinery. The
design of motion, the creation of dynamic models and
analysis of the resulting forces.
EML 3301C Instrumentation and Measurements
Laboratory.F, S, SS.
 Credits: 2; Prereq: EEL 3003 or 3111; Coreq: EML
3520.
Use of precision instruments and measurement stan-
dards in mechanical engineering. Preparation of engi-
neering reports.
EML 3520 Analytic Methods in Mechanical
Engineering. F, S, SS.
 Credits: 3; Prereq: MAP 3302 or EGM 3311.
Matrix operations and properties. Techniques for solv-
ing simultaneous linear algebraic equations.
Numerical formulation and solution of first and sec-
ond order partial differential equations. Quadrature
integration. Vector algebra and differential calculus.
Emphasis on operational procedures and applications.
EML 3806 Geometric Modeling of Robotic
Manipulators. F.
 Credits: 3; Prereq: MAC 3313, PHY 3040.
Geometry, kinematics and statics or robot manipula-
tors.
EML 4140 Heat Transfer 1. F, S, SS.
 Credits: 2; Prereq: EML 3100, MAP 3302, EML
3520, CGS 3422.
Steady state and transient analysis of conduction and
radiation heat transfer in stationary media.
EML 4140L Thermal Sciences Lab 1. F, S, SS.
 Credits: 1; Prereq: EML 3101, EML 3301; Coreq:
 EML 4701,4140.
 Experimental verification and demonstration of ther-
 mal and thermochemical phenomena.
 EML 4141 Heat Transfer 2. F, S, SS.
 Credits: 2; Prereq: EML 4140; Coreq: EML 4702.
 Heat transfer in fluid systems; forced convection; free
 convection; phase change. Heat exchanger design and
 selection.
 EML 4141L Thermal Sciences Lab 2. F, S, SS.
 Credits: 1; Prereq: EML 4140L; Coreq: EML 4141,
 EML 4702.
 Continued experimental verification and demonstra-
 tion of thermal and thermochemical phenomena.


EML 4220 Mechanical Vibrations. F, S.
 Credits: 3; Prereq: EGM 3400 or 3401, CGS 3422,
EGM 3520, EML 3520.
The single degree of freedom systems, multiple
degree of freedom systems. Application to mechanical
systems with problems employing computer tech-
niques.
EML 4312 Control of Mechanical Engineering
Systems. F, S.
 Credits: 2; Prereq: MAP 3302, EGM 3400 or 3401.
Theory, analysis, and design of controls of mechanical
engineering systems; including mechanical, elec-
tromechanical hydraulic, pneumatic and thermal com-
ponents and subsystems.
EML 4315L Mechanical Controls Lab: F, S, SS.
 Credits: 1; Prereq: EML 3005 and 3301; Coreq: EML
4312 and 4220.
Experimental verification and demonstration of
dynamic mechanical engineering systems and their
control.
EML 4321 Manufacturing Engineering. F, S.
 Credits: 3; Prereq: EGM 3520, EML 4312, EMA
3010; Coreq: EML 4140, EML 4220.
Descriptive and analytical treatment of manufacturing
processes and production equipment, automation,
computer control, integrated systems. Applications of
mechanics stress analysis, vibrations, controls, heat
transfer. Discrete time simulation.
EML 4414 Heat Power Engineering. F.
 Credits: 3; Prereq: EML 3101; Coreq: EML 4141,
4702.
Steam power plants and their auxiliary equipment.
EML 4415 Mechanical Propulsion Systems. S, SS.
 Credits: 3; Prereq: EML 3101.
Gas and liquid fuels, internal combustion engines.
Automotive, aircraft, and Diesel power plants.
EML 4416 Solar Energy.
 Credits: 3; Prereq: 3100 or permission of instructor.
Nature and availability, collection and storage, solar
properties of materials, conversion to heat, power and
electricity for domestic and industrial consumption
including transportation.
EML 4416L Solar Energy Laboratory.
 Credits: 1; Coreq: EML 4416.
Laboratory experiments related to the nature, collec-
tion, and utilization of Solar Energy.
EML 4419 Aircraft Propulsion. F.
 Credits: 3; Prereq: EML 3100; EML 4702 or equiva-
lent, CGS 3422.
Physical basis of propulsion, gas turbines and ramjet
fundamentals. Introduction to compressor and turbine
design. Propulsion performance. Unconventional
means of propulsion in space.
EML 4421L Mechanical Propulsion Systems
Laboratory.
 Credits: 1; Coreq: EML 4415.
Testing of lubricants, gasoline, automobile engines,
aircraft engines and high and low speed Diesel
engines.
EML 4430 Combustion Engineering. S.
 Credits: I to 3; Prereq: EML 3101.
 Analysis of combustion systems; evaluation of com-
 bustion in engines and boilers, examination of pollu-
 tant formation; analysis of open flames and fires, fire
 safety. Each of 3 parts may be taken together or in sep-
 arate terms.
 EML 4450 Energy Conversion. S.
 Credits: 3; Prereq: EML 3101.
 Thermomechanical and thermoelectric energy conver-
 sion. Conventional and unconventional techniques
 and analysis for energy systems interactions.


tt Grading is on S-U basis only.