Results 161 to 170 of about 193,206 (217)
On the Determination of Elastic Properties of Single-Walled Nitride Nanotubes Using Numerical Simulation. [PDF]
Materials (Basel)Sakharova NA +5 more
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Comparative study of elastic properties measurement techniques during plastic deformation of aluminum, magnesium, and titanium alloys: application to springback simulation. [PDF]
MeccanicaNietsch JA +6 more
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Theoretical Analysis of Stacking Fault Energy, Elastic Properties, Electronic Properties, and Work Function of MnxCoCrFeNi High-Entropy Alloy. [PDF]
Materials (Basel)Sun F, Zhang G, Xu H, Li D, Fu Y.
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Elastic properties of single elastic fibers
Journal of Applied Physiology, 1962The elastic properties of elastic tissue were studied in a situation which minimized the effects of extraneous connective tissue and of the position of fibers in the elastic network. Single elastic fibers were dissected free from the ligamentum nuchae of the ox and were stretched under conditions of constant temperature and salinity. The strain was an
R W, CARTON, J, DAINAUSKAS, J W, CLARK
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On the elastic properties of arteries
Journal of Biomechanics, 2003A new coefficient of elasticity is proposed that relates to the elastic state of the blood vessels. This measure is proposed as a result of the realization, from personal experience as well as from the international literature, of the difficulty in measuring the thickness of the blood vessels in vivo with acceptable precision.
C G, Stephanis +2 more
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Elastic properties of the forisome
Functional Plant Biology, 2007Forisomes are elongate Ca2+-responsive contractile protein bodies and act as flow blocking gates within the phloem of legumes. Because an understanding of their mechanical properties in vitro underpins understanding of their physiology in vivo, we undertook, using a microcantilever method, microscopic tensile tests (incremental stress-relaxation ...
Stephen A, Warmann +2 more
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Physical Review Letters, 1985
It is believed that covalent glasses can be divided into two classes: those with high average coordination (amorphous solids) and those with low average coordination (polymeric glasses). We present the first conclusive evidence that this division is correct by calculating the elastic properties of random networks with different average coordination $〈r〉
, He, , Thorpe
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It is believed that covalent glasses can be divided into two classes: those with high average coordination (amorphous solids) and those with low average coordination (polymeric glasses). We present the first conclusive evidence that this division is correct by calculating the elastic properties of random networks with different average coordination $〈r〉
, He, , Thorpe
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Elastic properties of the lens
Experimental Eye Research, 1963The visco-elastic properties of the crystalline lens have been studied with the use of a mechano-electric transducer. Application of an external force to the lens caused rapid deformation followed by a second phase of further deformation. On removal of the force, a rapid partial reversal of the deformation occurred and was followed by gradual ...
Y, KIKKAWA, T, SATO
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The elastic properties of elastin
Biopolymers, 1974AbstractThe thermoelastic properties of elastin immersed in water or in aqueous solutions of alcohols closely resemble those of typical polymers in the rubber elastic state. The evolution of heat much in excess of the work performed on elastin when it is stretched while immersed in water at ca. 25°C is attributable to the exothermic heat of dilution by
C A, Hoeve, P J, Flory
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