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Dynamics of large steerable radio telescope antenna
Techniques for synthesizing simplified mathematical models for complex structures; model consisting of 9 rigid bodies with total of 33 degrees of freedom was devised to represent 210 ft diam antenna structure having approximately 4800 degrees of freedom; determination of mass, inertia, and stiffness properties of model; method of establishing equations of motion is presented with example having only 6 degrees of freedom; method for generating coefficients in equations.
Dynamics of large steerable radio telescope antenna
Techniques for synthesizing simplified mathematical models for complex structures; model consisting of 9 rigid bodies with total of 33 degrees of freedom was devised to represent 210 ft diam antenna structure having approximately 4800 degrees of freedom; determination of mass, inertia, and stiffness properties of model; method of establishing equations of motion is presented with example having only 6 degrees of freedom; method for generating coefficients in equations.
Dynamics of large steerable radio telescope antenna
ASCE -- Proc (J Structural Div)
Weaver, Jr., W. (author) / Kane, T.R. (author)
1963
15 pages
Article (Journal)
English
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Connections of Large Steerable Antennas
| British Library Conference Proceedings | 1996
Geodetic Determination of Radio Telescope Antenna Reference Point and Rotation Axis Parameters
| Online Contents | 2007