| Mechanical Engineering |
ME #801 - Macroscopic Thermodynamics
Credits:
4.00
Thermodynamic principles using an analytic, postulational
approach, and Legendre transformations to obtain
thermodynamic potentials. Prereq: thermodynamics or
permission.
ME 802 - Statistical Thermodynamics
Credits:
4.00
Macroscopic thermodynamic principles developed by means
of microscopic analysis. Prereq: thermodynamics.
ME 807 - Analytical Fluid Dynamics
Credits:
4.00
Kinematics of flow; constitutive relationships; development
of the Navier-Stokes equations; vorticity theorems;
potential flow. Prereq: fluid dynamics.
ME 808 - Gas Dynamics
Credits:
4.00
Study of one-dimensional subsonic and supersonic flows of
compressible ideal and real fluids. Wave phenomena; linear
approach to two-dimensional problems; applications in
propulsion systems. Prereq: fluid dynamics or permission.
Special fee.
ME 809 - Computational Fluid Dynamics
Credits:
3.00
Review of matrix methods, basics of finite differences,
basics of spectral methods, stability, accuracy,
Navier-Stokes solvers. Prereq: heat transfer or permission.
ME 811 - Coherent Optical Methods
Credits:
3.00
Introduction to electro-optic experimental techniques in
mechanics. Optic fundamentals including elements of scalar
diffraction theory, interferometry, holography, Doppler
shifts, coherence, and laser speckle. Applications include
mechanical strain measurements, vibrational mode
determination, fluid pressure and temperature measurements,
and fluid velocity measurements. Concepts from course are
demonstrated in laboratory. Prereq: permission.
ME 812 - Waves in Fluids
Credits:
3.00
Linear and nonlinear dynamics of hyperbolic and
dispersive wave systems with application to acoustic waves,
surface and internal gravity waves, Rossby waves, and
capillary waves. Key physical concepts include
wave-generation mechanisms, wavelength and amplitude
dispersion, group velocity and energy propagation, steady
streaming, and mode interactions. Prereq: Fluid dynamics; or
permission.
ME 823 - Advanced Dynamics
Credits:
4.00
Classical dynamics oriented to contemporary engineering
applications. Review of particle dynamics. Hamilton's
principle and the Lagrange equations. Kinematics and
dynamics of rigid bodies, gyroscopic effects in machinery
and space structures. Prereq: mechanics III or permission.
ME 824 - Vibrations Theory and Applications
Credits:
4.00
Discrete vibrating systems. Linear system concepts;
single-degree-of-freedom systems with general excitation.
Matrix theory and eigenvalue problems. Many degrees of
freedom, normal mode theory for free and forced vibration.
Numerical methods; introduction to continuous systems;
applications to structural and mechanical systems. Prereq:
mechanics II; mechanics III or permission.
ME 827 - Advanced Mechanics of Solids
Credits:
4.00
Stress, strain, stress-strain relations, anisotropic
behavior, introduction to elasticity, plane stress/strain,
bending and torsion of members with general cross-sections,
introduction to thin plates and shells, energy methods.
Prereq: mechanics II or permission.
ME 835 - Mechanics of Composite Materials
Credits:
4.00
Classification of composites - Anisotropy of composite
materials. Micromechanical predictions of elastic and
hygrothermal properties. Strength and failure of composite
materials. Analysis of laminates. Experimental methods for
characterization of composites. Prereq: Mechanics II; Heat
Transfer or permission.
ME 841 - Nonlinear Systems Modeling
Credits:
4.00
Modeling of hydraulic, pneumatic, and electromechanical
systems. Solution methods including linearization and
computer simulation of nonlinear equations. Methods of
generalizing the nonlinear models for design purposes are
developed. Prereq: systems modeling, simulation, and control
or permission. (Also offered as ECE 841.)
ME 843 - Satellite Systems, Dynamics, and Control
Credits:
3.00
General satellite systems with emphasis on spacecraft
dynamics and control. Course topics include general
satellite information such as types of satellites, missions,
and orbits, as well as satellite subsystems. Basic
spacecraft dynamics and orbital mechanics topics are
covered. Advanced topics will include attitude and orbit
estimation, and automatic attitude control. Prereq: systems
modeling or permission.
ME 857 - Coastal Engineering and Processes
Credits:
3.00
Introduction to small amplitude and finite amplitude wave
theories. Wave forecasting by significant wave method and
wave spectrum method. Coastal processes and shoreline
protection. Wave forces and wave structure interaction.
Introduction to mathematical and physical modeling. Prereq:
fluid dynamics or permission. (Also offered as CIE 857;
OE 857.)
ME 870 - Design with Microprocessors
Credits:
4.00
Basic operation of microprocessors and microcontrollers
explained, and interfacing these devices to sensors,
displays and mechanical systems explored. Topics include:
number systems, architecture, registers, memory mapping,
interrupts and interfacing for system design. Methods of
programming and interfacing with mechanical/electrical
systems are covered and then implemented in lab. Prereq:
introduction to electrical engineering. Lab.
ME 872 - Control Systems
Credits:
4.00
Development of advanced control systems design concepts such
as Nyquist analysis; lead-lag compensation; state feedback;
parameter sensitivity; controllability; observability;
introduction to nonlinear and modern control. Includes
interactive computer-aided design and real-time digital
control. Prereq: permission. (Also offered as ECE 872.) Lab.
ME 873 - Electromechanical Analysis and Design
Credits:
4.00
Analysis and design of electromechanical systems using
lumped parameter models and magnetic finite element analysis
(FEA).Electrostatic and magnetic field equations discussed
and used to derive magnetic and electric lumped model
elements. A brushless dc motor analyzed using lumped models
and FEA. Various drive types discussed and the motor system
analyzed to obtain torque-speed curves. Design principles
given and utilized in a design project. Prereq: systems
modeling, simulation, and control or permission.
ME 876 - Product Design
Credits:
4.00
Provides a thorough overview of the steps in the engineering
design process. Topics include product planning, need
identification, specification formulation, benchmarking,
concept generation and selection, design for manufacture,
assembly and environment. Students will develop a
product as part of a team. Prereq: Computer Aided Design;
Manufacturing Skills; or permission.
ME 883 - Geometric Modeling
Credits:
4.00
Includes curves, surfaces, solids, analytic and relational
properties, intersections, transformations, and solid
modeling. Applications in computer graphics and CAD/CAM
systems are emphasized. Familiarity with calculus, analytic
geometry, vectors, matrix methods, and computer programming
is required. Prereq: introduction to scientific programming;
multidimensional calculus or permission.
ME 885 - Solid Mechanics in Manufacturing
Credits:
4.00
Characterization of material properties will be studied with
emphasis on plastic deformation. Also, numerical approaches
to solve for the forces, stresses, and strains in
manufacturing processes will be covered. In particular, two
prominant mass production manufacturing areas, metal forming
and cutting, will be examined. Prereq: introduction to
materials science, dynamics.
ME 886 - Introduction to Finite Element Analysis
Credits:
4.00
Topics include basic matrix theory, potential energy
approach, direct stiffness method, calculus of variations,
development of finite element theory, and modeling
techniques. Applications in solid mechanics, heat transfer,
fluids, and electromagnetic devices, via both commercially
available codes and student written codes. Prereq: heat
transfer or permission. Special fee. Lab.
ME 895 - Special Topics
Credits:
2.00 to 4.00
New or specialized courses and/or independent study. May
be repeated for credit.
ME 899 - Master's Thesis
Credits:
1.00 to 8.00
Cr/F.
ME 904 - Radiation Heat Transfer
Credits:
4.00
The fundamentals of radiant heat transfer. Development and
solution of the wave equation for electromagnetic radiation.
Analysis of Planck's law of radiation and earlier theories.
Methods of solution of radiant interchange in real systems
with and without absorbing media.
ME 906 - Convection Heat Transfer
Credits:
4.00
An analytical study of heat transfer to laminar and
turbulent boundary layers of compressible and incompressible
fluids. Basic differential equations governing the heat
transfer are derived and analytical solutions are obtained
where possible and checked with experimental results.
ME 909 - Viscous Flow
Credits:
3.00
Exact solutions of the Navier-Stokes equations; laminar
boundary layers; wakes and jets; Stoke's flow; stability
of parallel flows and boundary layers; transition to
turbulence. Prereq: ME 807 or permission.
ME #910 - Turbulence
Credits:
3.00
Modern analysis of turbulent flow: the governing equations;
stationary random functions and the various averaging
techniques; empirical results on turbulence; homogenous
turbulence; the Kolmogorov theory for isotropic turbulence;
upper bound theory; turbulence in the atmosphere and oceans;
applications to problems in science and engineering.
Prereq: ME 807 or permission.
ME 911 - Theory of Hydrodynamic Stability
Credits:
3.00
Equations of hydrodynamics in general coordinates; general
instabilities caused by gravitational, surface tension, and
hydromagnetic influences; instability of parallel viscous
flows including the Orr-Sommerfeld equation and
Tollmein-Schlicting waves; instability of free-surface
waves; instability of stratified flows; instabilities in
porous media. Prereq: ME 807 or permission.
ME 922 - Continuum Mechanics
Credits:
4.00
Conservation laws for gases, liquids, and solids in a
continuum are developed starting from Liouville and
Boltzmann equations. Passage from a discrete system to a
continuum is discussed. Constitutive equations for
viscoelastic and thermoelastic fields and nonlinear gas,
liquid, and elastic fields. General discussion of
rheological behavior. Causality conditions for continuum
fields. Examples for solids, liquids, and gases; and
biomechanics. Introduction to phenomenological Lagrangian
theories.
ME 924 - Vibrations of Continuous Media
Credits:
4.00
Classical and numerical methods are employed to study the
vibration of continuous elements and structures. Topics
considered are axial and torsional vibration of rods,
transverse vibration of beams and thin plates, wave
propagation, and vibration of simple structures.
ME 926 - Theory of Elasticity
Credits:
4.00
The analysis of stress and deformation in elastic solids;
conservation laws for elastic media; stress and strain
relations by continuous functions; Airy stress functions;
elastodynamic fields; inhomogeneous, anisotropic, wave
equations; wave propagation and stress concentration
problems; generalizations to thermoelasticity and
viscoelastic fields. Complex variable techniques are used.
ME 927 - Theory of Plasticity
Credits:
4.00
Analysis of stress and deformation in inelastic solids;
general development of stress invariants, variational
principles, constitutive relations, and yield and loading
functions. Special emphasis on ideal plasticity,
strain-hardening, creep, limit analysis, and limit design.
ME 935 - Micromechanics of Composite and Porous Materials
Credits:
4.00
Classification of composites, periodic and random
microstructures. Mechanics of materials approach to
mircomechanical modeling. Representative volume element,
analytical and numerical modeling of the effective
properties. Micromechanics of failure of composite and
porous materials. Prereq: Mechanics II; Heat Transfer or
permission.
ME 944 - Nonlinear Control Systems
Credits:
4.00
Analysis and design of nonlinear control systems from the
classical and modern viewpoints are discussed. Liapunov's
stability theory; phase space methods; linearization
techniques; simulation; frequency response methods;
generalized describing functions; transient analysis
utilizing functional analysis; and decoupling of
multivariable systems. Prereq: ECE or ME 951. (Also offered
as ECE 944.)
ME 951 - Advanced Control Systems I
Credits:
3.00
State-space representation of multivariable systems;
analysis using state transition matrix. Controllability and
observability; pole placement using state and output
feedback; Luenberger observers. Introduction to
computer-controlled systems (sampling, discrete state
representation, hybrid systems): nonlinear analysis
(Liapunov, Popov, describing function). Prereq: ECE or
ME 872. (Also offered as ECE 951.)
ME 952 - Advanced Control Systems II
Credits:
3.00
Special topics in control theory: continuous and discrete
systems: optimal control systems, including calculus of
variations, maximum principle, dynamic programming, Weiner
and Kalman filtering techniques, stochastic systems,
adaptive control systems. Prereq: ECE or ME 951. (Also
offered as ECE 952.)
ME 955 - Estimation and Filtering
Credits:
3.00
Stochastic systems course with application to control and
communications. Topics inlcude random variables, noise in
linear systems, Bayesian and minimum variance estimation
theory, optimal state estimators, Weiner and Kalman filters,
combined estimation and control, predicion, parameter
identification, and nonlinear filtering. Prereq: ME or
ECE 951; MATH 835 or equivalent. (Also offered as ECE 955.)
ME 986 - Advanced Finite Element Analysis
Credits:
4.00
Topics include introduction to dynamics, treatment of
nonlinear material behavior, and plate and shell element
technology. Emphasis given to problems in solid mechanics
and heat transfer. Prereq: ME 886 or equivalent.
ME 992 - Master's Project
Credits:
4.00
The student works with a faculty member during one or two
semesters on a well-defined research and/or original design
problem. A written report and seminar are presented.
IA (continuous grading). Cr/F.
ME 995 - Graduate Special Topics
Credits:
2.00 to 4.00
Investigations of graduate-level problems or topics in
mechanical engineering.
ME 999 - Doctoral Research
Credits:
Cr/F.