Results 221 to 230 of about 486,491 (240)
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Tensile strength of agglomerates
Powder Technology, 1975Abstract Firstly, this paper gives a review of tensile strength of agglomerates; i.e. a discussion of the most important theoretical considerations, the various methods of measurement, a comparison of measuring techniques by experimental results and a brief look at deformation behaviour under unidirectional loading.
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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.
Eugene L. Parrottx, Paul J. Jarosz
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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
John W. Patrick +2 more
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Tensile strength of hybrid composites [PDF]
18th Structural Dynamics and Materials Conference, 1977 This paper presents an approximate, statistical analysis for the tensile strength of unidirectional hybrid composite materials consisting of two-dimensional arrays of alternating low elongation and high elongation fibres in a common matrix. Expressions for ineffective length and fibre strain concentration factor in hybrid composites are developed.
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Tensile Strength and Elongation
1972In Chapter 5.4 flexibility was discussed as a property of organic coatings attached to substrates. In this section tensile strength and elongation will be discussed as properties belonging to unsupported films of organic coatings. Webster defines tensile strength as “the greatest longitudinal stress a substance can bear without tearing apart” and ...
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Journal of Polymer Science, 1957
AbstractA theory for the tensile strength of rubbers is presented. It gives reasonable agreement with the available experimental data for natural and synthetic rubber. One of the basic postulates of the theory is that, in order for the sample to break, conditions must be such that when one chain breaks the extra load thrown onto its near neighbors ...
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AbstractA theory for the tensile strength of rubbers is presented. It gives reasonable agreement with the available experimental data for natural and synthetic rubber. One of the basic postulates of the theory is that, in order for the sample to break, conditions must be such that when one chain breaks the extra load thrown onto its near neighbors ...
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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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The tensile strength of powders
Chemical Engineering Science, 1968Abstract A theory of the tensile strength of powders, incorporating the effect of powder density, particle size distribution and interparticle force, has been developed. It enables the experimental results for different size fractions of each of five materials of different chemical and physical nature to be correlated with the particle size ...
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