"The purpose of this thesis is to present information and data used in the planning and construction of an electrical distribution system and main drive system for a wind tunnel designed for Chance Vought Aircraft Company of Dallas, Texas, by Sverdrup & Parcel, Incorporated, Consulting Engineers of St. Louis. Preliminary negotiations were started with Chance Vought Aircraft Company in March 1953, and the wind tunnel calibrations were started in October 1954. Between those dates all design, installation drawings, and construction were completed.
The data used in preparing this thesis were taken from daily records, records of conferences, personal records, correspondence files, design specifications, and installation drawings. Included are some of the special design problems and their solutions and specific construction features of the facility.
The low speed wind tunnel required by Chance Vought Aircraft Company was to be of the "work horse" type; that is to say, it would be used primarily for rapid solution of aircraft design problems. The tunnel was to be similar to other existing subsonic tunnels, without having the elaborate features usually found in a "research” type wind tunnel.
The most desirable features of the best operating wind tunnels were to be incorporated in the design. A balance between operating performance and initial cost was to be maintained through all the design and construction phases. Emphasis was placed upon simplicity and ease of operation, minimum maintenance, and maximum utilization of the facility "--Preface, pages iii-iv.
Lovett, I. H.
Electrical and Computer Engineering
Professional Degree in Electrical Engineering
Missouri School of Mines and Metallurgy
vi, 93 leaves
© 1955 William A. Wundrack, All rights reserved.
Thesis - Open Access
Electric power systems -- Design
Electric power distribution -- Mathematical models
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Electronic OCLC #
Link to Catalog Recordhttp://merlin.lib.umsystem.edu/record=b1487858~S8
Wundrack, William A., "Design of a subsonic wind tunnel electrical system" (1955). Professional Degree Theses. 176.