UNIVERSITY OF FLORIDA


 CL. 301.-Forest Surveying. 1 hour, and 6 hours field practice. 3 credits.
 Prerequisite: CL. 223. Offered 1, 2, 3.
 Topographic mapping; resurvey of land lines and boundaries; timber road detail
 by compass and Abney level; mapping and traverse from aerial photograph data; plane
 table surveys; stadia measurements; line-azimuth determination; adjustment of instru-
 ments; leveling. Davis and Foote, Surveying.
 CL. 303.-Elements of Photogrammetry. 2 hours lecture and 3 hours lab-
oratory or field practice. 3 credits. Prerequisites: CL. 226 or CL. 301. Offered
1, 2.
 The place of photogrammetry in surveying, mapping and general application to
engineering, agriculture and industrial development; aerial photography, cameras, fly-
ing height; geometry of aerial photos, scale, tilt; stereoscopy, parallax, plotting instru-
ments; photo interpretation; mosaic construction.
 CL. 311.-Structural Drawing. 6 hours drawing. 2 credits. Prerequisite:
ML. 182. Offered 1, 2.
 Structural representation; detailing beams, columns, trusses, built-up girders,
riveted and welded joints, reinforced concrete members, and timber connections from
design drawings. Bishop, Structural Drawing, and American Institute of Steel Construc-
tion, Handbook of Steel Construction, American Concrete Institute, Manual of Standard
Practice.

 CL. 321.-Highways and Airports. 3 hours. 3 credits. Prerequisite: CL.
 226. Offered 1, 2, 3.
 The principles of highway planning, location, construction, maintenance, financing
and administration, as applied to interregional, primary and secondary roads and city
streets; planning and design of airports. Ritter and Paquette, Highway Engineering.
 CL. 323.-Materials Laboratory. 1 hour and 4 hours laboratory. 3
credits. Corequisite: EM. 367. Offered 1, 2.
 The principal materials used for engineering purposes with special attention to their
physical properties and the reasons for the importance of these properties to the engi-
neer, including definitions and methods of measurement.

 CL. 326.-Statics of Simple Structures. 3 hours, and 3 hours problems ses-
sion. A credits. Prerequisite: EM. 365. Offered 1, 2, 3.
 Applications of the methods of statics to structural analysis; a correlation between
graphical and analytical methods; moments, shears, reactions, resultants, stress diagrams,
and influence lines for statically determinate structures. Wilbur & Norris, Elementary
Structural Analysis.
 CL. 333.-Design in Reinforced Concrete. 3 hours. 3 credits. Prerequi-
sites: EM. 367, CL. 326. Offered 1, 2, 3.
 The principles of reinforced concrete design; design of concrete mixtures; design
of beams for bending; combined bending and axial loads; bond, shear, and web rein-
forcing; composite beams; columns; simple retaining walls. Dunham, Theory and
Practice of Reinforced Concrete.
 CL. 335.-Design in Metals and Timber. 3 hours, and 3 hours design ses-
sion. 4 credits. Prerequisites: EM. 367, CL. 326. Offered 1, 2, 3.
 The structural design of metal and timber elements; connections, tension and
compression members, beams, members subjected to combined bending and axial loads,
as applied to structures. Williams and Harris, Structural Design in Metals; Hansen,
Modern Timber Design.


The statement "Offered 1" means offered first semester; 2, second semester; 3, summer session.