258-287p 07. Engr 02-03 - Registrar - University of Notre Dame
258-287p 07. Engr 02-03 - Registrar - University of Notre Dame
258-287p 07. Engr 02-03 - Registrar - University of Notre Dame
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268<br />
AEROSPACE AND MECHANICAL ENGINEERING<br />
Steven R. Schmid, associate pr<strong>of</strong>essor <strong>of</strong> aerospace and mechanical engineering<br />
442. Mechanical Behavior <strong>of</strong> Materials<br />
(3-0-3) Staff<br />
Prerequisites: AME/CE 236, CHEG 225.<br />
Mechanics <strong>of</strong> deformation and fracture <strong>of</strong> solids<br />
including metals, polymers, composites, creamics<br />
and glass. Physical significance and limitations <strong>of</strong><br />
the most important mechanical properties. Mechanical<br />
testing procedures. Correlation <strong>of</strong> the bulk<br />
engineering properties with the atomic-scale<br />
mechanisms. Not every year.<br />
443. Aerospace Dynamics<br />
(3-0-3) Nelson<br />
Prerequisites: AME 226, AME 437.<br />
Mechanics and equations <strong>of</strong> motion. Aerodynamics<br />
forces and motions, longitudinal, lateral and roll<br />
motions. Introduction to autopilot design. Fall.<br />
444. Optimum Design <strong>of</strong> Mechanical Elements<br />
(3-0-3) Renaud<br />
Prerequisite: MATH 325.<br />
Introduction to basic optimization techniques for<br />
mechanical design problems. Current applications.<br />
Spring.<br />
445. Intermediate Heat Transfer<br />
(3-0-3) Staff<br />
Prerequisite: AME 439.<br />
Fundamentals <strong>of</strong> heat convection and radiation,<br />
scalings and heat transfer analysis in external and<br />
internal flows, turbulent heat transfer, thermal<br />
radiation properties <strong>of</strong> ideal and real surfaces, radiative<br />
transfer with participating media. Spring.<br />
446. Finite Element Methods<br />
for Structural Analysis<br />
(3-0-3) Staff<br />
Prerequisite: AME/CE 236.<br />
An introduction to matrix methods in structural<br />
analysis and matrix methods for linear systems. The<br />
finite element stiffness method is applied to static,<br />
dynamic and stability analysis <strong>of</strong> lightweight structures.<br />
Spring.<br />
448. Nuclear Reactor Theory<br />
(3-0-3) Lucey<br />
Brief review <strong>of</strong> nuclear physics, reactions <strong>of</strong> neutrons,<br />
nuclear fission, diffusion and moderation <strong>of</strong><br />
neutrons, age diffusion and multigroup methods<br />
for bare reflected reactors, time dependent reactor<br />
behavior, heat removal from nuclear reactors.<br />
Spring.<br />
450. Computational Fluid Dynamics<br />
(3-0-3) F. Thomas<br />
Prerequisites: AME 334 or AME 360.<br />
An introduction to the fundamentals <strong>of</strong> computational<br />
aerodynamics/fluid mechanics. Numerical<br />
techniques are developed and applied to the solution<br />
<strong>of</strong> several practical fluid mechanics and aeronautics<br />
problems. Fall.<br />
451. Fatigue and Fracture<br />
<strong>of</strong> Engineering Structures<br />
(3-0-3) Staff<br />
Prerequisite: AME/CE 236.<br />
An introduction to fatigue and fracture mechanics<br />
from an applications viewpoint. Phenomenology,<br />
linear elastic fracture mechanics and traditional<br />
fatigue design, experimental measurements, fracture<br />
criteria and control plans, safe-life and fail-safe<br />
design methodologies, life-prediction, and introduction<br />
to elastic-plastic fracture mechanics. Not<br />
every year.<br />
452. Energy Analysis and Diagnostics<br />
(3-0-3) Berry, Lucey<br />
Prerequisite: Junior status in electrical or mechanical<br />
engineering.<br />
Analysis <strong>of</strong> energy costs in industrial processes.<br />
Review <strong>of</strong> utility rate structures. Approaches to<br />
energy conservation through analysis <strong>of</strong> manufacturing<br />
processes. Spring.<br />
454. Aerospace Propulsion<br />
(3-0-3) Staff<br />
Prerequisites: AME 360, AME 327.<br />
The mechanics and thermodynamics <strong>of</strong> air-breathing<br />
propulsion devices. The mechanics <strong>of</strong> various<br />
space propulsion systems are also presented, including<br />
an introduction to rocket propulsion. Fall.<br />
456. Fundamentals <strong>of</strong> Combustion<br />
(3-0-3) Powers<br />
Prerequisites: AME 327, AME 439.<br />
Thermodynamics and chemical kinetics <strong>of</strong> combustion<br />
reactions, modeling <strong>of</strong> reacting fluid mechanical<br />
systems, subsonic and supersonic combustion,<br />
detailed and one-step kinetics, ignition theory,<br />
asymptotic and numerical techniques for modeling<br />
combustion systems. Not every year.<br />
459. Advanced Mechanics <strong>of</strong> Solids<br />
(3-0-3) Staff<br />
Prerequisite: AME/CE 236.<br />
The course covers fundamental principles and<br />
techniques in stress analysis <strong>of</strong> trusses, beams, rigid<br />
frames and thin-walled structures. Emphasis is<br />
placed on energy methods associated with calculus<br />
<strong>of</strong> variations. Fall.<br />
460. Particle Dynamics in Atmospheric<br />
and Space Environments<br />
(3-0-3) Dunn<br />
Prerequisite: AME 350 or AME 334.<br />
A senior-level undergraduate course designed to<br />
introduce the student to the subject <strong>of</strong> aerosol<br />
mechanics, with emphasis on the fundamental laws<br />
that govern particle formation, transport and deposition<br />
in atmospheric and space environments. Not<br />
every year.<br />
465. Space Systems and Analysis<br />
(3-0-3) Jumper<br />
Prerequisite: Junior or senior standing in<br />
engineering.<br />
Missions, spacecraft dynamics, attitude<br />
determination and control, space environment,<br />
spacecraft power, telecommunications, avionics,<br />
data handling/processing and other topics that may<br />
include configuration, load determination and<br />
structure and thermal control. Spring.<br />
466. Engineering Analysis<br />
<strong>of</strong> Manufacturing Processes<br />
(3-0-3) Schmid<br />
Prerequisites: AME/CE 236, CHEG 225.<br />
A senior elective course dealing with the application<br />
<strong>of</strong> engineering analysis to casting, forming<br />
machining and joining processes, as well as other<br />
advanced manufacturing processes. Fall.