Untitled - University of New Orleans

one-equation and two-equation models. Second order models, Reynolds
stresses, multi-equation models.
ENME 6728 Adv Computatnl Fluid Dynamics
3 cr.
Prerequisites: ENME 3720 and 3020, ENME 4728, and CSCI 1201, or
consent of department. Numerical modeling of the equations of
fluid mechanics. Equation classification, theory of characteristics.
Survey of discretization methods: finite difference, finite volume,
integral methods. Basic grid generation techniques. Stability analysis
for finite difference equations. Discretization techniques applied
to steady state and tine dependent problems in multi-dimensions.
Navier-Strokes equations, inviscid and viscous flow. Course will
include projects to develop finite difference codes in areas relevant
to student’s research interests.
ENME 6730 Multiphase Flow
3 cr.
Prerequisites: ENME 3720. Fundamentals of various physical interactions
in flow systems involving more than one phase, including
gas-solid, gas-liquid, liquid-solid, and three-phase interactions. Primary
emphasis is placed on the fluid dynamics of particles, droplets,
and bubbles suspended in a fluid. The effects of phenomena
such as Brownian motion, Basset effect, Magnus effect, virtual or
apparent mass effect, shear lift, surface charge, particle and droplet
mobility, electro- phoresis, thermo-phoresis, photo-phoresis, and
diffusion-phoresis are covered. Applications to multiphase system
equipment and processes such as dust collectors, fluidized beds,
aerodynamic ablation, xerography, atomizers, combustors, evaporation,
droplet coalescence and break-up, cavitation, and aeration
are highlighted.
ENME 6753 Advanced Continuum Mechanics
3 cr.
Prerequisite: consent of department. Kinematics of motion and
deformation; general development of balance equations of continuum
mechanics; theory of constitutive equations; study of the
constitutive equations for elastic, hyperelastic, viscoelastic, and
plastic materials.
ENME 6755 Advanced Vibrations
3 cr.
Prerequisite: ENME 4757. Lagrange’s equations of motion and their
application to vibration analysis; multi-degree of freedom systems;
matrix methods; and transients.
ENME 6756 Theory of Plasticity
3 cr.
Prerequisite: ENCE 6353 or consent of department. Stress and strain
tensors; elastic stress-strain relations criteria of yielding; plastic
stress-strain relations; elastoplastic problems of spheres and cylinders;
the plane elastoplastic problem; the slip-line field.
ENME 6758 Adv Comp Methd Solid Mechanics
3 cr.
Prerequisites: ENME 3020 or consent of department. Numerical methods
for solving problems involving deformable solids. Variational
methods including Galerkin, Rayleigh-Ritz, and other weighted
residual techniques are covered. Finite difference, finite element,
and boundary element techniques are presented.
ENME 6770 Advanced Thermodynamics
3 cr.
Prerequisites: ENME 3770 or consent of department. Review of
basic laws of classical thermodynamics. Reversible and irreversible
processes. Second law analysis. Entropy and availability. Maxwell
relations. Thermodynamics of mixtures, first and second law
of reacting systems. Phase equilibrium. Introduction to statistical
thermodynamics.
ENME 6771 Conduction Heat Transfer
3 cr.
Prerequisite: ENME 4771 or consent of department. Conduction heat
transfer; steady state and transient system; one-dimensional, twodimensional,
and three-dimensional systems.
ENME 6772 Convection Heat Transfer
3 cr.
Prerequisites: ENME 4771 and 4720 or consent of department. Forced
and free convection heat transfer in laminar and turbulent flow;
condensation and evaporation; and special heat transfer processes.
ENME 6773 Radiation Heat Transfer
3 cr.
Prerequisite: ENME 4771. Radiative heat exchange among specularly
and diffusely reflecting surfaces; radiant interchange in participating
media; combined radiation, conduction, and convection; and
advanced topics.
ENME 6774 Computational Heat Transfer
3 cr.
Prerequisites: ENME 3771 or consent of the department. Foundations
of finite - difference and finite element methods. Classification of
governing differential equations in heat transfer. Discrete approximations
of derivatives. Methods of solving sets of algebraic equations,
computationals methods for steady state, parabolic, elliptic,
and hyperbolic type of heat transfer problems. Non-linear heat
transfer problems. Introduction to grid generation.
Engineering Management
ENMG 4130 Change Management
3 cr.
Prerequisite: none except senior or graduate status and consent of
department. This course is designed to provide techniques and principles
as to how to introduce change into organizations. Emphasis
will be on the three phases of change; initiating change, implementing
change, and institutionalizing change. Means of applying
change principles will be developed through the use of templates
and worksheets.
ENMG 4130G Change Management
3 cr.
Prerequisite: none except senior or graduate status and consent of
department. This course is designed to provide techniques and principles
as to how to introduce change into organizations. Emphasis
will be on the three phases of change; initiating change, implementing
change, and institutionalizing change. Means of applying
change principles will be developed through the use of templates
and worksheets.
ENMG 4471 Quality Management
3 cr.
(MANG 4471 and ENMG 4471 are cross-listed) Prerequisite: MANG
3402 or consent of department. May not receive graduate credit for
both MANG/ENMG 4471 and MANG 6471. Describes the basic concepts
of quality planning and quality control. Discussion on quality
improvement plans, Deming philosophy, and Juran’s quality trilogy,
the Deming prize and Baldrige award for quality excellence, and
quality circles. Study of the statistical approach to quality control
and the use of control charts and other quality control tools. Case
studies from around the world on the implementation of total
quality management.
ENMG 4471G Quality Management
3 cr.
(MANG 4471 and ENMG 4471 are cross-listed) Prerequisite: MANG
3402 or consent of department. May not receive graduate credit for
both MANG/ENMG 4471 and MANG 6471. Describes the basic concepts
of quality planning and quality control. Discussion on quality
improvement plans, Deming philosophy, and Juran’s quality trilogy,
the Deming prize and Baldrige award for quality excellence, and
quality circles. Study of the statistical approach to quality control
and the use of control charts and other quality control tools. Case
studies from around the world on the implementation of total
quality management.
ENMG 6090 Internship in Engr Management
1 cr.
Prerequisite: Consent of department. Permits students to be engaged
in at least 10 hours per week at the site of an assigned participating
organization that directs interns in specific projects relating
to engineering management. Students wishing to take this course
University of New Orleans/250