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Theory is advanced to show that air beneath nappe vibrates at one of particular set of frequencies, depending on certain nonlinear characteristics; some aspects of mechanism are examined in detail and it is shown that range of possible frequencies can be determined if initial velocity, height of fall, and angle of projection are known; influence of damping is briefly examined.
Theory is advanced to show that air beneath nappe vibrates at one of particular set of frequencies, depending on certain nonlinear characteristics; some aspects of mechanism are examined in detail and it is shown that range of possible frequencies can be determined if initial velocity, height of fall, and angle of projection are known; influence of damping is briefly examined.
Nappe oscillation
ASCE -- Proc (J Hydraulics Div)
Schwartz, H.I. (author)
1964
15 pages
Article (Journal)
English
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