Untitled - University of New Orleans

NAME 6145 Hull Shape Optimization
3 cr.
Prerequisite: NAME 3150, NAME 3160, NAME 4141 or instructor’s permission.
Parametric modeling of curves and surfaces, mathematical
description of hulls, parametric design of ship and offshore
structure hulls; Basics of optimization, optimization algorithms,
multi-objective optimization, optimization of hulls with respect to
resistance, propulsion and seakeeping based on stochastic models.
NAME 6160 Numer Methods in Hydrodynamics
3 cr.
Prerequisites: NAME 4160, CSCI 1201 or knowledge of computer
programming. Numerical methods for the solution of governing
equations in hydrodynamics. Use of numerical integration, finite
difference methods, and use of viscous flow calculation software to
calculate fluid pressure, force, and the flow field around geometric
bodies and ship hulls.
NAME 6162 Ship Motions
3 cr.
Prerequisites: ENME 3020 ENME 3720 and NAME 4160 or consent
of department. Derivation of the equations of motion of a ship
in six degrees of freedom; ship maneuvering; design criteria for
controls fixed stability; rudder design; waves and wave effects; ship
response in regular waves; ship response in random waves; design
criteria for a ship.
NAME 6164 Adv Ship/Off-Shore Plf Motions
3 cr.
Prerequisite: NAME 4162 or consent of department. This course will
continue the study of ship and platform motions begun in the
introductory courses and address some additional advanced topics.
These advanced topics will include: finite amplitude coupled ship
motions in six-degrees of freedom described by Euler’s equations of
motion and Euler angle kinematics; nonlinear ship rolling motion
and capsizing; ship maneuvering and control including rudder
design and controls fixed stability; time-domain representation
of hydrodynamic forces; analysis and design of motion reducing
devices; etc.
NAME 6166 Prob Ship/Off-Shore Plf Dynam
3 cr.
Prerequisites: NAME 4162 or consent of department. Wind generated
water waves which occur in nature are random. This course will
continue the discussion of a vessel’s response to a narrow banded
random seaway begun in introductory courses and consider nonnarrow
banded and non-linear effects. Needed stochastic concepts
such as ensemble averages, correlation functions, stationary and
ergodic random processes, and power spectra are developed heuristically.
Various spectral formulations will be considered. Short-term
and long-term design in a given sea spectrum versus a family of
spectra will be considered. Wave record analysis and generation
will be discussed. Order statistics and their relation to extreme
values will be studied. Recent developments in the field will also
be considered.
NAME 6168 Planing Hydrodynamics
3 cr.
Prerequisite: NAME 4160 and consent of the department. The
principal contributions to the foundations of planing theory are
reviewed to elucidate the driving physics of the planing hydrodynamics
process and as a demonstration of the practical potential
of approaches to analysis of calm-water planing of general hardchine
hull forms. Planing boat sea keeping analysis is presented
and applied to modern hull forms. Applications to catamarans,
both calm water and seaway dynamics, is included via computational
methods.
NAME 6175 Design Fixed Offshore Platform
3 cr.
(ENCE 6375 and NAME 6175 are cross-listed) Prerequisites: ENCE 3356
(or NAME 3120), ENCE 4358 (or NAME 3120), ENCE 4340, or permission
of Department. Design of fixed offshore platform structures
and their foundations; loadings, materials, design codes; design
examples.
Naval ROTC
NAVS 1010 Introduction to Naval Science
3 cr.
A general introduction to the Navy and Marine Corps. The instruction
places particular emphasis on the mission, organization, regulations,
and broad warfare components of the Navy. Included is an
overview of officer and enlisted rank and rating structures, the
basic tenets of naval courtesy and customs, discipline, Navy Core
Values, naval leadership, and ship’s nomenclature. The course also
provides a conceptual framework/ working vocabulary for NROTC
students to use on Summer Cruise. The student is made cognizant
of the major challenges facing today’s naval officer.
NAVS 1011 Naval Science Lab I
0 cr.
A non-graded but mandatory laboratory which must be taken concurrently
with NAVS 1010.
NAVS 1020 Seapower
3 cr.
Designed to develop the student’s knowledge and interest in sea
power and maritime affairs, this course is oriented towards the
influence of sea power upon history and the implementation of
sea power as an instrument of national policy. The survey begins
with the age of galley warfare and concludes with an analysis of
current military operations.
NAVS 1021 Seapower Lab
0 cr.
A non-graded but mandatory laboratory which must be taken concurrently
with NAVS 1020.
NAVS 2010 Naval Ship Systems I
3 cr.
An introduction to the principles of ship design and operation. Ship
stability, structure, main propulsion system, and auxiliary subsystems
are carefully examined with emphasis on the interdependency
of the subsystems which comprise the overall ship system.
NAVS 2011 Naval Ship Systems I Lab
0 cr.
A non-graded but mandatory laboratory which must be taken concurrently
with NAVS 2010.
NAVS 2200 Leadership & Management
3 cr.
A comprehensive study of organizational behavior and management.
Topics include survey of management functions of planning,
organizing, and controlling; and introduction to individual/group
behavior in organizations; and extensive study of motivational/
leadership. Major behavior theories explored in detail. Practical
applications explored through using experiential exercises, case
studies, and laboratory discussions. Other topics include decision
making communication, responsibility, authority, accountability,
and total quality leadership.
NAVS 2201 Leadership & Management Lab
0 cr.
A non-graded but mandatory laboratory which must be taken concurrently
with NAVS 2200.
NAVS 3010 Naval Ship Systems II
3 cr.
This course provides an introduction to theory and principles of
operation of naval weapons systems. It includes coverage of types
of weapons and fire control systems, capabilities and limitations,
theory of target acquisition, identification and tracking, trajectory
principles, and basics of naval ordinance.
NAVS 3011 Nav Ship Systems II Lab
0 cr.
A non-graded but mandatory which must be taken concurrently
with NAVS 3010.
NAVS 3100 Navigation I
3 cr.
A comprehensive study designed to introduce the theory and
practical applications of marine navigation. Topics include an
understanding of the marine environment, terrestrial and celestial
navigation theory, navigational equipment, visual navigation aids,
nautical charts and publications, and electronic navigation theory.
University of New Orleans/330