PDF (1941) - CaltechCampusPubs
PDF (1941) - CaltechCampusPubs
PDF (1941) - CaltechCampusPubs
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124<br />
CALIFORNIA INSTITUTE OF TECHNOLOGY<br />
MECHANICAL ENGINEERING<br />
Advanced work in Mechanical Engineering is offered in the following<br />
fields: machine design, involving the properties of materials and<br />
the processes of production; metallography, the structure of metallic<br />
alloys and effects of heat treatment; thermodynamics and power<br />
plant design and analysis; internal combustion engines; refrigeration;<br />
heating and ventilating; air conditioning; hydrodynamics; and<br />
hydraulic machinery.<br />
HYDRAULIC ENGINEERING<br />
Due to the recent establishment of research laboratories at the Institute<br />
covering several of the broader fields of hydraulic engineering,<br />
the opportunities for advanced study and research in such fields<br />
are exceptionally good. Researches are now being carried on<br />
or are just being completed in these laboratories in cooperation with<br />
the Metropolitan Water District of Southern California, the Bureau of<br />
Reclamation of the United States Department of the Interior, the<br />
Los Angeles County Flood Control District, and the Soil Conservation<br />
Service of the United States Department of Agriculture.<br />
HYDRAULIC STRUCTURES LABORATORY. The hydraulic structures<br />
laboratory is located out of doors adjoining the undergraduate<br />
hydraulic laboratory. At present the equipment includes:<br />
(a) A model basin of about 2000 square feet in which river, harbor,<br />
and beach problems can be studied. It is provided with a wave<br />
machine and an automatic tide machine which together make it<br />
possible to superimpose waves of various magnitudes, frequencies,<br />
and directions upon any desired tide cycle. This was constructed in<br />
cooperation with the Los Angeles Gas and Electric Corporation and<br />
the Los Angeles County Flood Control District. (b) A channel<br />
platform for studying high velocity flow. This platform can be<br />
adjusted to any gradient up to 12 per cent. It has been installed in<br />
cooperation with the Los Angeles County Flood Control District to<br />
study the phenomena encountered in flood control channels in foothill<br />
regions where the flow velocity is above the critical. (c) A con-