CIVIL ENGINEERING / 121


CE 671-ADVANCED REINFORCED CONCRETE. 3 to 6 credits
 Prerequisite: CE 474. Research in reinforced concrete and development of
building code requirements; ultimate load theories and their application to design;
special design problems. May be repeated with change of content up to a maximum
of 6 credits.
CE 672-ANALYSIS OF STATICALLY INDETERMINATE STRUCTURES.
 1 to 6 credits
 Prerequisites: CE 371, CE 372. Frames with variable moment of inertia; arch
and ring analysis by elastic center and column analogy; matrix solutions; redundant
trusses; moment and shear distribution. May be repeated with change of content
up to a maximum of 6 credits.
CE 673-ADVANCED STRUCTURAL LABORATORY. 3 credits
 Prerequisites: CE 371, CE 372. Model studies and analysis. Applications to
static and dynamic loadings. Mechanics of similitude and dimensional analysis.
Vibration of beams; research studies.
CE 674-ADVANCED STRUCTURAL ANALYSIS. 3 to 6 credits
 Prerequisites: CE 371, CE 372, ESM 302. Approximate methods of analysis
 for structural members of variable section modulus, including problems on vibrations,
 column buckling, beam-columns, beams on elastic supports. May be repeated with
 change of content up to a maximum of 6 credits.
 CE 675-ADVANCED STRUCTURAL PROBLEMS. 1 to 9 credits
 Selected topics in structural engineering. May be repeated with change of con-
 tent up to a maximum of 9 credits.
 CE 676-DESIGN OF FRAMED STRUCTURES. 3 to 6 credits
 Prerequisites: CE 671, CE 672. Design of continuous trusses; secondary stresses;
 design of rigid frames, multi-story frames, and arches. May be repeated with
 change of content up to a maximum of 6 credits.
 CE 677-DESIGN OF FOLDED PLATES AND SHELLS. 3 to 6 credits
 Prerequisites: CE 671, CE 672. Analysis and design of folded plate, shell,
 tank, and cable-supported structures. May be repeated with change of content
 up to a maximum of 6 credits.
 CE 679-NONLINEAR STRUCTURAL ANALYSIS AND DESIGN. 3 to 9 credits
 Prerequisite: CE 672. Rigid-plastic and multilinear analysis and design of beams
 and frames. Yield line theory of slabs. Deflection analyses of columns, frames,
 curved compression members and suspension systems, with design applications. May
 be repeated with change of content up to a maximum of 9 credits.
 CE 680-ADVANCED PRESTRESSED CONCRETE DESIGN. 3 credits
 Prerequisites: CE 474, CE 570. Design and limit analysis of prestressed concrete
 structural systems. Continuous beams, slabs, frames, composite members. Pre-
 stressed concrete reservoirs, structural systems in building construction, foundations,
 harbors.
 CE 681-AIR PHOTO INTERPRETATION: ENGINEERING APPLICATIONS.
 3 credits
 Prerequisite: CE 512 or CE 561 or consent of instructor. Interpretation of
 aerial photography for the evaluation and planning of transportation systems and
 selection of desirable sites for construction of civil engineering projects.
 CE 682-AIR PHOTO INTERPRETATION: TERRAIN ANALYSIS. 4 credits
 Prerequisite: CE 681 or consent of instructor. Interpretive techniques used to
 identify soils, rocks, and engineering problems from aerial photography.