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800 UNIVERSITY OF KENTUCKY ‘
230d ADVANCED HIGHWIVAY ENGINEERING. (3) I, II Drake
Origin, production, classification, and significant properties of bituminous materials
bituminous paving mixes, paints, metal products and miscellaneous materials used
in the highway industry. Tests and application of test data. Lecture, two hours;
lab, two hours. Prereq: CE 1301:.
230e ADVANCED HIGHWAY ENGINEERING. (3) I, H Havens
Production, classification and significant properties of Portland and natural cements,
mineral aggregates, and concrete paving mixtures. 'Tests and application of test
data. Lecture, two hours; lab, two hours. Prereq: CE 130b.
242a-d RAILROAD ENGINEERING. (3 ea.) I, H Blythe
Advanced course in location, construction, maintenance, economical selection of lines,
grade reduction, cost of operation, valuation, and structures and their maintenance.
Class work, one hour; lab, four hoLu·s.
252a-d SANITARY ENGINEERING. (3 ea.) I, II Lauderdale and Cheek
Continuation of CE 159 covering more detailed design of various sanitary construc-
tions. (Additional courses in chemistry, bacteriology, and zoology should be taken
in connection with this course.) Class work, one hour; lah, four hours.
262a-d GEODETIC SURVEYING. (3 ea.) I, II Blythe
Advanced course in geodetic calculations, development, and use of formulas used by
the United States Coast and Geodetic Survey. Modern methods of Held practice.
Class work, one hour; lab, four hours.
272a ADVANCED STEEL STRUCTURES. (8) I, II Stal?
Theory and application of the Williot and Mohr diagrams, Maxwell’s law of recip-
rocal relations, virtual work and influence lines for determining deflections, move-
ments and camber in design of continuous steel trusses and plate girders. Lecture,
three hours. Prereq: CE 171b and 173b.
272b ADVANCED STEEL STRUCTURES. (2) I, II Maggarcl
Preparation of design drawings of structures analyzed and proportioned in CE 202a
and 27221. Lab, four hours. Prereq: CE 20211 and 272a.
272c ADVANCED STRUCTURES. (8) I, II Gesund and Mory
Theory and application of stress analysis and design methods as applied to single
and multi-span gabled frames and thin shells. Lecture, three hours. Prereq: 2720
and 202b.
272d ADVANCED STEEL STRUCTURES. (3) I, II Mory
Theory and application of stress analysis and design as applied to suspension bridges.
Lecture, two hours; lab, two hours. Prereq: CE 272a.
282a-f SPECIAL PROBLEMS IN CIVIL ENGINEERING. (3 ea.) Stal}
Individual work on some selected problems in one of the various fields of Civil Engi-
neering. Lab, six hours. Prereq: Approval of Head of Department.
283a-d SEMINAR. (1 ea.) StaE
Review of current literature in the Beld of Civil Engineering, general discussion and
' presentation of papers on departmental research. Required of all graduate students.
Two hours.
500-1, 2, 3 THESIS. (0) I, II, S Staff
ELECTRICAL ENGINEERING
H. A. Romanowitz, Leslie Keene Adams, Nathan B. Allison, Lyle Newton Back,
Brinkley Barnett, Eugene Bradford Bradley, Henry jackson Daily, Raymond
]ewel Distler, john S. jackson, Martin C. Krimm, Charles Thomas
Maney, and Russell Elwood Puckett.
1a,b THE ENGINEERING PROFESSION (Freshman). (O) I, H
2a,b THE ENGINEERING PROFESSION (Sophomore). (0) I. II
3a,b THE ENGINEERING PROFESSION (Junior). (0) I, II
4a,b THE ENGINEERING PROFESSION (Senior). (0) I, II
Lectures on professional growth, conduct, and ethics. Activities of the student
branches of the corresponding professional societies.
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