74 / FIELDS OF INSTRUCTION


Service Professor: J. H. Schaub. Professors: B. A. Chris-
tensen; K. G. Courage;J. L. Davidson; D. U. Deere; D. S.
Ellifritt; C. 0. Hays; Z. Herbsman; W. C. Huber; A. J.
Mehta; B. E. Ruth; M. W. Self; B. D. Spangler; F. C.
Townsend; J. A. Wattleworth; J. Zoltek. Engineer: C. E.
Wallace. Associate Professors: C. A. Collier; J. L. Eades;
F. E. Fagundo; G. Long; J. M. Lybas; M. C. McVay; L. H.
Motz; S E. Smith; M. Tia; W. H. Zimpfer. Associate
Engineer: W. G. Shafer. Assistant Professors: D. G.
Bloomquist; K. Hatfield; M. I. Hoit; F. T. Najafi; R.
Shrestha.


 The following graduate degrees are offered to prepare
qualified students for the professional practice of civil en-
gineering: Master of Civil Engineering, Master of Engi-
neering, Master of Science, Engineer, and Doctor of
Philosophy. All degree programs include areas of concen-
tration in the specialities of construction, geotechnical
engineering, hydraulics, structures, and transportation
engineering. All degrees except the Ph.D. are available in
a thesis or nonthesis program.
 Nonthesis degree students usually must successfully
complete a report of substantial engineering content for a
minimum of two hours credit in CGN 6974. However,
upon recommendation of the supervisory committee and
the Department Chair, the student may substitute suffi-
cient course work for the nonthesis report. Minor or
supporting work is encouraged from a variety of related or
allied fields of study.
 Subject to approval by the supervisory committee,
graduate level courses taken through the Departments of
Aerospace Engineering, Mechanics, and Engineering
Science; Coastal and Oceanographic Engineering; Envi-
ronmental Engineering Sciences; and Geology are con-
sidered as major credit.


CCE 5035-Construction Planning and Scheduling (3) Prereq:
CCE4204. Planning, scheduling, organizing, and control of civil
engineering projects with CPM and PERT. Application of optimi-
zation techniques.
CCE 5405-Construction Equipment and Procedures (2) Prereq:
CCE 4204 or consent of instructor. Design and optimization of
equipment systems for heavy construction.
CCE 6037-Civil Engineering Operations 1 (2) Prereq: graduate
status. Advanced construction engineering and management
procedures at the project level to support quantitative decision
making.
CCE 6038-Civil Engineering Operations II (2) Prereq: CCE4204
or consent of instructor. Advanced construction engineering
techniques and management coordination procedures for civil
engineering projects.
CCE 6505-Computer Applications in Construction Engineering
(3) Prereq: COP 3212, CCE 5035, or consent of instructor.
Application of computer solutions to construction engineering/
civil engineering management problems; use of microcompu-
ters.
CEG 5115-Foundation Design (3) Prereq: CEG 4012, CES 4702,
or consent of instructor. Investigations, bearing capacity, and the
analysis and design of shallow footings, walls, and deep pile
foundations.
CEG 5205-Insitu Measurement of Soil Properties (3) Prereq:
CEG 4011, 4012 or consent of instructor. Methods of soil
exploration; techniques of soil sampling and insitu testing.
CEG 5205L-Laboratory for Insitu Measurement of Soil Proper.
ties (1) Prereq: CEG 4011, 4012. Field performance of insitu soil
testing and sampling.
CEG 5605-Earth and Rockfill Dams (2) Prereq: CEG 4012.
Design requirements, construction techniques, compaction
control, soil testing and sampling, foundation preparation, and
field instrumentation.
CEG 6016-Advanced Soil Mechanics (3) Prereq: CEG 4011,
4012, or consent of instructor. Nature and origin of soil. Stresses


within a soil body. Stress-strain behavior and shear strength of
dry, saturated transient flow soils.
CEG 6017-Theoretical Soil Mechanics (2) Prereq: consent of in-
structor. Nature of soil-water systems; analysis of stress, strains,
equations of state; rheological behavior of soils; failure in soil
media.
CEG 6125-Soil Stabilization (2) Prereq: graduate standing or
consent of instructor. Highway soil stabilization, methods of sta-
bilization, and behavior of materials.
CEG 6305-Rock Mechanics and Engineering Geology (2) Pre-
req: CEG 4012. Behavior of rock subject to stress. Application of
rock mechanics and geology to the planning, design, and con-
struction of engineering structures.
CEG 6405-Groundwater Problems in Geotechnical Engineer-
ing (2) Prereq: CEG 4011, 4012, or consent of instructor. Darcy's
law, coefficient of permeability, flownets; seepage forces. Engi-
neering applications-dewatering systems, slope stability, filter
design, earth dams, drainage.
CEG 6505-Computer Applications in Geotechnical Engineer-
ing (2) Prereq: CGN 4421, CEG 6015 or consent of instructor.
Application of computer solutions to geotechnical engineering
problems.
CEG 6807-Advanced Geotechnical Engineering I (4) Prereq:
CEG 6015 or consent of instructor. Application of soil mechanics
to the design and analysis of settlement, slope stability, and
bearing capacity problems.
CEG 6808-Advanced Geotechnical Engineering II (4) Prereq:
CEG 6015 or consent of instructor. Application of soil mechanics
to the design and analysis of bearing capacity and earth pressure
problems.
CES 5116-Finite Elements in Civil Engineering (3) Prereq: CES
4141. Introduction to finite elements, use of finite element
concepts for structural analysis. Application of 1-, 2-, and 3-D
elements of structural problems.
CES 5305-Design of Structural Systems (2) Prereq: CES 4605,
4702. Fundamental characteristics of structural systems. Eco-
nomic and architectural considerations. Building frames and
connections. Plate girders. Special structures.
CES 5325-Design of Highway Bridges (3) Prereq: CES 4605,
4702. Analysis by influence lines, slab and girder bridges,
composite design, prestressed concrete, continuity, arch bridges,
design details, highway specifications.
CES 5607-Behavior of Steel Structures (3) Prereq: CES 4605.
Plastic analysis and designs of beams and frames. Buckling and
stability problems. Connections.
CES 5715-Prestressed Concrete (3) Prereq: CES 4702. Analysis
and design of prestressed concrete flexural members; pre- and
post-tensioned construction, allowable stress, strength evalu-
ation; design for bending moments and shear; evaluation of
serviceability requirements; design of simple bridges.
CES 5726-Design of Concrete Systems (3) Prereq: CES 4702.
Strength design of members and frames, torsion, two-way slabs,
design of building systems, prestressed concrete.
CES 5801-Design and Construction in Timber (2) Prereq: con-
sent of instructor. Analysis and design in timber. Beams, col-
umns, and connections. Timberstructure. Plywood beams, panels,
diaphragms. Laminated beams and frames. Formwork.
CES 5835-Design of Reinforced Masonry Structures (3) Prereq:
CES 4705. Properties of clay brick, concrete block and mortar,
beams and columns, structural walls, joints and details.
CES 6106-Advanced Structural Analysis I (4) Prereq: CES 4605,
4702. Traditional methods of analyses for forces and deforma-
tions; modern matrix methods including direct stiffness method.
CES 6108-Advanced Structural Analysis II (3) Prereq: EGM
3400, CES 6106. Evaluation of structural response to the effect of
dynamic loads for single- and multidegree of freedom systems.
Consideration of seismic and wind effects, modal analysis,
numerical methods, structural idealization, response spectra,
and design codes.
CES 6136-Advanced Structural Laboratory (2) Prereq: CES
4605,4702. Model studies and analysis. Mechanics of similitude
and dimensional analysis applied to static and dynamic struc-
tural problems. Research topics. Experimental stress analysis.
Instrumentation.
CES 6165-Computer Methods in Structural Engineering (3)
Prereq: COP 3212, CES 6106. Modern program development
techniques for structural analysis. Efficiency, databases, modu-
larity, equation solving, and substructure programming con-
cepts.
CES 6526-Nonlinear Structural Analysis and Design (2) Prereq: