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Aerodynamic theory of bridge oscillations
Based on wind tunnel tests, equations are derived for aerodynamic forces of lift and torque on any oscillating section; effects of vertical and angular velocity, angular displacement, angle of incidence; solutions for all practical problems of vertical, torsional, and coupled oscillations, including analytical determination and prediction of frequencies, critical velocities, instability responses and amplitude response.
Aerodynamic theory of bridge oscillations
Based on wind tunnel tests, equations are derived for aerodynamic forces of lift and torque on any oscillating section; effects of vertical and angular velocity, angular displacement, angle of incidence; solutions for all practical problems of vertical, torsional, and coupled oscillations, including analytical determination and prediction of frequencies, critical velocities, instability responses and amplitude response.
Aerodynamic theory of bridge oscillations
Am Soc Civ Engrs -- Proc
Steinman, D.B. (author)
1949
38 pages
Article (Journal)
English
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