Results 241 to 250 of about 1,030,724 (297)

Force Plate Studies of Equine Biomechanics

American Journal of Veterinary Research, 1976
SUMMARY The force plate can measure a wide range of effects in the horse. The same instrument can record forces from more than a ton in the galloping animal to 25 g associated with the action of the heart. In all probability, the force plate will develop into a valuable clinical instrument.
G W, Pratt, J T, O'Connor
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Casimir force between metal plate and dielectric plate

Science in China Series A: Mathematics, 1999
The Casimir effect between metal plate and dielectric plate is discussed with 1 + 1-dimensional potential model without using cut-off method. Calculation shows that the Casimir force between metal plate and dielectric plate is determined not only by the potentialV0, the dielectric thickness and the distancea between the metal plate and dielectric plate,
Zhongzhu Liu, Chenggang Shao, Jun Luo
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Forced Motion of Elastic Plates

Journal of Applied Mechanics, 1968
Abstract A general method is presented for the solution of dynamic boundary-value problems of elastic plates subjected to time-dependent normal surface loads and/or time-dependent boundary conditions. As a demonstration of the method, an explicit, exact solution of the axisymmetric response of a ring plate is presented.
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Forced Vibrations of a Circular Plate

Journal of Applied Mechanics, 1959
Abstract A solution is presented for the response of a clamped, circular plate to the action of an arbitrarily placed, harmonically oscillating, transverse, concentrated force. The method may be extended to a variety of loading and boundary conditions and can also be applied to ring-shaped plates.
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Static in situ calibration of force plates

Journal of Biomechanics, 1996
An in situ calibration protocol for ground-to-foot force measuring platforms is described. The methodology allows verification of the function of the force plate and allows accurate calibration for three force and moment channels. The effect of cross-sensitivity on recorded data is discussed along with the need for improvements in methodology to ...
M G, Hall, H E, Fleming, M J, Dolan, S F, Millbank, J P, Paul   +4 more
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Force Plate Studies of Duchenne Muscular Dystrophy

Engineering in Medicine, 1987
Changes in the pattern of force plate measurements between the first and second peak have been shown to reflect pathological gait. However, analysis of such force plate readings for boys with muscular dystrophy fails to show any significant variation in the vertical loading pattern when compared to normal boys.
S, Khodadadeh, M, McClelland, J H, Patrick   +2 more
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Forced vibrations of infinite plates

Journal of Sound and Vibration, 1988
A number of different analytical expressions are discussed for the forced out-of-plane motion of an infinite plate. The plate is excited on one side with a harmonic pressure at a fairly low frequency. The main result of the discussion is that a region of applicability in the frequency/wavenumber plane is defined for each expression.
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A force plate study of avian gait

Journal of Biomechanics, 2007
To test the force plate as a gait analysis system for broilers and to determine how the ground reaction force (GRF) patterns change in these birds with growth and administration of analgesia.Thirty-three male Ross 308 chicks were raised on either an ad libitum or restricted-feeding regime, and subsequently treated with carprofen or a placebo. Vertical,
Corr, Sandra A., McCorquodale, Caroline, McDonald, John, Gentle, Mike, McGovern, Rod   +4 more
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Force Plates and Related Technologies

2020
Newton’s three laws of motion are the foundations for classical mechanics; these laws provide evidence of the value of measuring the forces applied to the human body. The transducers available for measuring forces are reviewed, along with their key properties and methods for suitable calibration.
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Forced extensional vibrations of plates

Journal of Sound and Vibration, 1973
The forced extensional vibrations of plates is investigated within the framework of the Kane-Mindlin theory for the high frequency extensional vibrations of isotropic elastic plates. The solution to problems with time dependent surface and boundary conditions is determined according to Williams' method. The resulting equations are applied to the forced
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