Results 261 to 270 of about 290,944 (314)
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Tensile strength of restorative resins
European Journal of Oral Sciences, 1980Abstract –The purpose of the present work was to measure the tensile strength of restorative resins and to study the effect of the method of measurement on the recorded results. A direct pull method using dumb‐bell shaped specimens was used. The tensile strength of the resins was also tested using die diametral compression method suggested by the A.D.A.
O, Zidan, E, Asmussen, K D, Jørgensen
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2018
In this chapter, the probabilistic porous-solid model is used to simulate the tensile strength of unsaturated soils tested at different water contents. The strength of unsaturated soils can be split into two parts: one related to the net stress and the other to suction stress.
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In this chapter, the probabilistic porous-solid model is used to simulate the tensile strength of unsaturated soils tested at different water contents. The strength of unsaturated soils can be split into two parts: one related to the net stress and the other to suction stress.
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Tensile Strength of Spinal Ligaments
Spine, 1988Spinal ligaments from 41 fresh human male cadavers were tested. The ligaments were tested in situ by sectioning all elements except the one under study. The force deflection curves demonstrated a sigmoidal shape, and the point at which an increase in deflection was obtained with decreasing force was taken as failure.
J B, Myklebust +6 more
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Comparison of Granule Strength and Tablet Tensile Strength
Journal of Pharmaceutical Sciences, 1983The granule strength (crushing load) of lactose granulated with 1-9% povidone was measured initially and at intervals during a 1-year period. The granule strengths of dibasic calcium phosphate dihydrate granulated with various concentrations of starch and povidone were measured.
P J, Jarosz, E L, Parrott
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Studies on Clot Tensile Strength
Thrombosis and Haemostasis, 1967Summary1. A technique is described for measuring the tensile strength of plasma clots.2. Platelet-induced clot retraction brings about a marked increase in clot tensile strength.3. Normal platelet levels are associated with maximal clot tensile strength. Both high and low levels of platelets are associated with reduced clot tensile strength.
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Prediction of the tensile strength of metallurgical coke. The additivity of coke tensile strengths
Fuel, 1990Abstract The tensile strengths of 44 cokes, obtained by carbonizing blended-coal charges in a small pilot oven, were determined by the diametral compression method. Using equations derived from consideration of intergranular and transgranular failure, the tensile strengths could be calculated, with adequate precision for predictive purposes, from the
Angela Moreland +2 more
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On the Measurement of the Tensile Strength of Soft Rocks
Rock Mechanics and Rock Engineering, 2005This paper reports on a comparative study of various types of experimental tests for measuring the tensile strength of rocks and rock-like materials. A critical assessment is presented of some widely used laboratory techniques on the basis of experimental data from the literature and from the laboratory investigation performed in this study. Tests were
COVIELLO A, LAGIOIA, Rocco, NOVA R.
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Nature, 1958
THIS communication presents new approximate values of tensile strength and percentage elongation for indium.
D. S. EPPELSHEIMER, L. J. REITSMA
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THIS communication presents new approximate values of tensile strength and percentage elongation for indium.
D. S. EPPELSHEIMER, L. J. REITSMA
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Tensile strength of the umbilical cord
American Journal of Obstetrics and Gynecology, 1973Abstract The tensile strength of the umbilical cord has been measured, and an attempt was made to relate this to placental or fetal factors. Two hundred cords were examined from term spontaneous vertex deliveries. The average load required to rupture the cords was 12.9 pounds (5.88 Kg.) with a variability between 4 (1.81 Kg.) and 24 pounds (10.89 Kg.)
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Journal of Applied Physics, 1956
Tensile tests have been performed on whiskers of iron, copper, and silver 1.2 to 15 μ in diameter. The strongest whiskers which were less than 4 μ in diameter exhibited resolved elastic shear strengths of from two to six percent of their shear moduli.
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Tensile tests have been performed on whiskers of iron, copper, and silver 1.2 to 15 μ in diameter. The strongest whiskers which were less than 4 μ in diameter exhibited resolved elastic shear strengths of from two to six percent of their shear moduli.
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