Table of Contents - USS - Tufts University

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Course Listings
Spring 2013
Civil and Environmental Engineering (beginning Summer 2011)
CEE 009602 ARR Brenner, Brian 0.0-1.0 Permission Of
Instructor
CEE 009603 ARR Chapra, Stephen 0.0-1.0 Permission Of
Instructor
CEE 009604 ARR Chudyk, Wayne A 0.0-1.0 Permission Of
Instructor
CEE 009605 ARR Desmarais, Anne 0.0-1.0 Permission Of
Instructor
CEE 009606 ARR Dorfmann, Luis 0.0-1.0 Permission Of
Instructor
CEE 009607 ARR Durant, John L 0.0-1.0 Permission Of
Instructor
CEE 009608 ARR Edgers, Lewis 0.0-1.0 Permission Of
Instructor
CEE 009609 ARR Gute, David M. 0.0-1.0 Permission Of
Instructor
CEE 009610 ARR Hines, Eric 0.0-1.0 Permission Of
Instructor
CEE 009611 ARR Islam, Shafiqul 0.0-1.0 Permission Of
Instructor
CEE 009613 ARR Levine, Stephen 0.0-1.0 Permission Of
Instructor
CEE 009614 ARR Minardi, Lee R 0.0-1.0 Permission Of
Instructor
CEE 009615 ARR Moaveni, Babak 0.0-1.0 Permission Of
Instructor
CEE 009616 ARR Pennell, Kurt 0.0-1.0 Permission Of
Instructor
CEE 009617 ARR Ramsburg, Andre 0.0-1.0 Permission Of
Instructor
CEE 009618 ARR Swan, Christoph 0.0-1.0 Permission Of
Instructor
CEE 009619 ARR Vogel, Richard 0.0-1.0 Permission Of
Instructor
CEE 009620 ARR Abriola, Linda 0.0-1.0 Permission Of
Instructor
CEE 009621 ARR Staff 0.0-1.0 Permission Of
Instructor
CEE 009622 ARR Naumova, Elena 0.0-1.0 Permission Of
Instructor
CEE 009623 ARR Sanayei, Masoud 0.0-1.0 Permission Of
Instructor
CEE 009624 ARR Thompson, Eric 0.0-1.0
CEE 009625 ARR Viesca, Robert 0.0-1.0 Permission Of
Instructor
CEE 009626 ARR Woodin, Mark A 0.0-1.0 Permission Of
Instructor
CEE 0105
FINITE ELEMENTS
(Cross-listed as ME 129). Finite element analysis of problems
important in civil and mechanical engineering. Overview of direct
stiffness method. Discretization of continuum to finite elements for
approximate solutions of complex engineering problems. Development
of governing equations using energy methods for deformation and
stress analysis as well as heat conduction. Hands-on experience with
computer programs and practical applications to structural and thermal
systems.
Prerequisites: ES 9 and (CEE 22 or ME 42) or consent of instructor
Sections
03709
CEE 010501 M+ Zimmerman/sanay1.0 C-list Me129
CEE 0114
FIELD HYDROGEOLOGY
(Cross-listed as EOS 133-formerly GEO 133). Field aspects of
hydrogeology, groundwater mapping and sampling, aquifer testing, well
drilling, monitoring, and instrumentation of boreholes. Lecture and basic
field methods to understand how monitoring and production wells are
planned and drilled, and what types of geologic, geophysical, and
geochemical data can be gathered for subsurface flow systems. A
network of boreholes on the Tufts campus will be used as field sites to
characterize subsurface
parameters in the unsaturated and saturated zones, and study regional
flow in an urban watershed. Field trips, quantitative analysis of
hydrogeologic data.
Prerequisites: EOS 002 (formerly GEO 002) and PHY 011 or
equivalent.
Sections
00529 CEE 011401 8+ Garven, Grant 1.0
03710 CEE 0114RA FT Garven, Grant 0.0 Also Register
For Cee 0114
Tufts University Course Listings, Spring 2013
03710
CEE 0114RA Garven, Grant 0.0 Reciation
CEE 0128
STRUCTURAL MECHANICS
(Cross-listed as ME 128.) An introduction to the theory of structural
mechanics emphasizing the application of energy methods.
Applications to equilibrium and stability of beams, struts, frameworks,
rings and plates, and the dynamics of rigid and deformable bodies.
Prerequisites: ES 9.
Sections
00532
CEE 012801 G+ Dorfmann, Luis 1.0
CEE 0129
BRIDGE DESIGN & REHAB
A practical introduction to bridge engineering, exploring the design,
behavior, maintenance and rehabilitation of bridges. Bridge systems,
loadings, superstructures, substructures, details, and inspections will be
discussed. The theory behind development of certain provisions in
AASHTO code will be reviewed, with the purpose of developing an
understanding of the code and its related commentary, and the
objective of preparing students to use the criteria not as a "black box."
Approximate analysis methods will be discussed. Design of elements
including steel and pre-stressed concrete beams, abutments, piers,
joints, and bearings using AASHTO code (LRFD) will be covered.
Prerequisites: CEE 24 and CEE 25, or consent of instructor.
Sections
03711
CEE 012901 N+ Brenner, Brian 1.0
CEE 0132
ENVIROMENTAL ENG PROCESS
Study of the chemical, physical, and biological basis for unit processes
commonly used in environmental engineering. Processes representing
applications in all environmental media are examined. Emphasis is on
rational design of unit processes, with attention to fundamental
principles and experimental methods. With laboratory.
Prerequisites: CEE 30 and CEE 32, or consent of instructor
Sections
00534
00533
CEE 013201 H+TR Durant, John L 1.0 Also Register
For Lab Cee
132-l
CEE 0132LA 7+ Durant, John L 0.0 Mandatory Lab
Also Reg For
Cee 132
CEE 0133
WASTEWATER PLANT DESIGN
Design of facilities for municipal drinking water and wastewater
treatment. Synthesis of unit processes and operations into integrated
treatment plant. Emphasis on conventional treatment processes.
Additional topics include liquid and solids streams, hydraulics, chemical
feed and control systems, costs, and performance requirements.
Design projects and field trips.
Prerequisites: CEE 32 or consent of instructor
Sections
00535
CEE 013301 I+ Chudyk, Wayne A 1.0
CEE 0138
HAZARD WASTE TREAT TECH
(Cross-listed as CHBE138.) Hazardous waste treatment options based
on physical, chemical, biological, and thermal processing technologies.
Brief review of definitions and appropriate hazardous waste legislation.
Introduction to pollution prevention. Traditional end-of-pipe treatment
technologies. Applications to include solvent recovery, chemical
fixation, land disposal, biodegradation, and special wastes. Incineration
and associated environmental discharges constitute a major portion of
course. Emerging technologies and evaluation of technical/economic
process viability.
Prerequisites: Senior standing or consent of instructor.
Sections
00536
CEE 013801 10 Cohen, Lawrence 1.0 Clist Chbe0138
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