Results 231 to 240 of about 934,796 (284)

Experimental Mechanics

Applied Mechanics Reviews, 1985
Mechanical failure of machine parts, structures, and microelectronic components has a strong negative impact on the safety, security, and productivity of our people. Prevention of these failures is a principal focus of solid mechanics, which uses analysis, experiment, and computation to provide the understanding necessary for failure reduction through ...
R. J. Clifton, F. P. Chiang
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Monoaminergic mechanisms and experimental cataplexy

Annals of Neurology, 1981
AbstractThe effects of pharmacological alteration of the monoamine systems were investigated in a canine model of narcolepsy. Cataplexy was quantified in eight severely affected dogs by means of the food‐elicited cataplexy test. The specific norepinephrine (NE) uptake blocker nisoxetine, and (to a much lesser extent) the specific serotonin (5‐HT ...
A S, Foutz, J B, Delashaw, C, Guilleminault, W C, Dement   +3 more
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Abreu–Matsushima Mechanisms: Experimental Evidence

Games and Economic Behavior, 1996
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Sefton, Martin, Yavaş, Abdullah
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Experimental Glaucoma Damage Mechanism

Archives of Ophthalmology, 1983
To the Editor. —In the JanuaryArchives(1983;101:94-97) Sossi and Anderson reported the results of an experiment on the mechanism of damage to cat optic nerve by intraocular pressure elevation of four hours, using the degree of axonal transport block as a measure of axonal injury. In some animals, BP was artificially lowered or raised to produce a wide
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DUAL MECHANISM FOR EXPERIMENTAL HYPERTENSION

The Lancet, 1971
Abstract At least two separate processes give rise to renal hypertension—sodium retention and secretion of a renal pressor substance. Experimental evidence suggests that sodium retention plays no role in hypertension due to unilateral renal ischaemia with the opposite kidney in situ.
J D, Swales, H, Thurston, F P, Queiroz, A, Medina, J, Holland   +4 more
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Experimental Fluid Mechanics

2021
Experimental fluid mechanics, theoretical fluid mechanics, and computational fluid mechanics constitute the three branches of fluid mechanics. Experimental fluid mechanics includes experimental aerodynamics and experimental fluid dynamics, involving nearly all fields of fluid mechanics.
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Experimental Mechanics

This methodological tool is designed for engineering and natural science students and professionals working with materials at macro, micro, and nanoscales. It comprehensively details five key experimental mechanics methods: contact angle measurement, optical microscopy, a multi-wavelength laser diffractometer, holographic interferometry, and a fiber ...
Sigita Urbaitė, Giedrius Janušas, Arvydas Palevičius   +2 more
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Experimental Fluid Mechanics

1983
Many fluid flow problems cannot be solved mathematically because of the complex nature of the equations involved and of the boundaries of the flow regime. Many others can be solved only after certain simplifying assumptions have been made and it is then necessary to verify the solution through experiments. In the first group of problems it goes without
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Experimental Mechanics in Nano-engineering

2011
A new renaissance in the field of Experimental Mechanics is well underway because of the recent technologies developed for Nano-Engineering. There are many challenges to face and overcome when going from the macro world to the manipulation of nano-objects.
Cesar A. Sciammarella, Federico M. Sciammarella, Luciano Lamberti   +2 more
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Advances in Experimental Mechanics

2004
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SCIAMMARELLA C. A., ABEN H., AJOVALASIT A., ALBERTAZZI A., ALLISON I., ASUNDI A., ATZORI B., BARTON J., BELINGARDI G., BERETTA S., BERTINI L., BLARASIN A., BORBAS Lajos, BURGUETE R., CALDERALE P. M., CAPITANI R., CAPPA P., CARDON A., CHIANG F., CIPOLLA G., COURTOIS B., CHONA R., CHRYSOCOOS A., CRISTOFOLINI, LUCA, DEBONA F., DEL GROSSO A., DEMELIO G., DIAS A. M., EMRI I., ESPINOZA H., EWINS D., FREDDI A., FREIRE J., GERVAIS Y., GIACOMIN J., GILBERT J., GINESU F., GRINZATO E., HUNG M., HUNTLEY J., INAUDI D., INMAN D., JAMES N., JACQUOT P., JONES A., KALTHOFF J. F., KUJAWINSKA M., LAERMANN K., LARKIN A., LA ROSA G., LEBRUN J., MACERI F., MARCHETTI M., MIYANO Y., MIZRAHI J., MOLIN N., MORIMOTO Y., NICOLETTO G., O'BRIEN E., ORTEU J. J., OSTEN W., PATTERSON E., PICCIOLO G., PLUVINAGE G., PODBIELSKA H., POGGIALINI A., PRIOLO P., QUAGLIARELLA L., RASTOGI P., ROVATI L., SILVA GOMES J., STANLEY P., STORER D., SUTTON M., TAKASHI M., TIZIANI H., TUTTLE M., ULEA M., VARADAN V., VAN SWYGENHOVEN H., VOLOSHIN A., WORDEN K., YAMAGUCHI I.   +82 more
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