228 
201. 
282, 283 
301, 302 
303 e 
339. 
NATIONAL OCEANOGRAPHIC PROGRAM—1965 
FLUID DYNAMICS AND ELASTICITY PLATZMAN 
General continuum principles; waves; potential flow 
and vortex motion; dynamics in moving coordinates; 
boundary-layer theory. 
DYNAMICAL PROBLEMS IN THE GEOPHYSICAL SCIENCES PLATZMAN 
Dynamical problems of the atmosphere and oceans. 
HYDRODYNAMICS I, II, III. STAFF 
Integral momentum and energy principles; various topics 
in two-and three-dimensional potential flows including 
flow around objects and vortex motions; surface and 
internal gravity-wave motion, open-channel flow; dimen- 
sional analysis, viscosity, and the Navier-Stokes equa- 
tions; topics in boundary-layer theory, thermal convection, 
hydrodynamic stability, or turbulence. Occasional labora- 
tory work included. 
PALEOECOLOGY JOHNSON, 
OLSON 
Consideration of the problems of terrestrial and 
marine paleoecology. 
MARINE GEOLOGY STAFF 
MARINE GEOPHYSICS I. MILLER 
Surface and internal gravity wave motion; wind 
generation of waves and wave forecasting; wave refraction, 
diffraction. 
MARINE GEOPHYSICS IT MILLER 
Coastal processes, sediment transport, and related topics. 
RESEARCH IN MARINE GEOPHYSICS MILLER 
RESEARCH IN STORM SURGES PLATZMAN 
For Information Contact: 
Cheirmen, 
Department of the Geophysical Sciences 
The University of Chicago 
Chicago 37, Illinois 
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