Results 301 to 310 of about 422,708 (357)
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Composite Compressive Strength
1994The importance of composite compressive strength is fortified by the wealth of published literature pertaining to this subject. A literature search disclosed more than 350 references. Approximately twentyfour references were identified as important developments and span the timeframe since 1981. Older references, although important, are not cited since
Louis A. Pilato, Michael J. Michno
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Slow Compressive Strength of Amalgam
Journal of Dental Research, 1972An investigation of the compressive strength of amalgam at various loading rates revealed that the strengths of several commercial amalgams loaded at 0.001 inch/ minute were correlated (r = 0.931) to their respective dynamic creep values.
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Testing High-Strength Concrete Compressive Strength
ACI Materials Journal, 1993Comparative testing reveals that high strength concrete (HSC) compressive strength values are greater by 5% when measured on 100 x 200 mm specimens. Moreover, the coefficient of variation on one set of three 100 x 200 mm specimens is as small as, or smaller than that for 150 x 300 mm specimens.
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Compressive strength of heated high-strength concrete
Magazine of Concrete Research, 2007The present study is aimed to study the effect of elevated temperatures ranging from 50 to 250°C on the compressive strength of high-strength concrete (HSC) of M60 grade made with ordinary portland cement (OPC) and pozzolona Portland cement (PPC). Tests were conducted on 100 mm cube specimens. The specimens were heated to different temperatures of 50,
M. Potha Raju +2 more
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The compressive strength of articular cartilage
Proceedings of the Institution of Mechanical Engineers, Part H: Journal of Engineering in Medicine, 1998Articular cartilage provides the smooth bearing surfaces in freely moving (synovial) joints. Its mechanical properties are important because structural failure of cartilage is closely associated with joint disorders, including osteoarthritis. Some mechanical properties of cartilage are well characterized, but little is known about its compressive ...
A J, Kerin, M R, Wisnom, M A, Adams
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Compressive strength of fiber reinforced highly compressible clay
Construction and Building Materials, 2006Abstract Admixtures and geogrids are frequently used in practice to stabilize soils and to improve their load carrying capacity. In this study, polyester fibers were mixed with soft clay soil to investigate the relative strength gain in terms of unconfined compression.
Arvind Kumar +2 more
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Low Strength Self Compacting Concrete Compressive Strength Test
Applied Mechanics and Materials, 2013In this paper,the mechanical properties were studied,the self compacting concrete cubic compression strength,prismatic compressive strength test,discussed two kinds of relationship between intensity index.
Feng Yan, Nan Pang
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Compressive strength of spruce glulam
European Journal of Wood and Wood Products, 2012Tests on glulam were simulated to determine the compressive strength. Based on the values obtained, three strength models were derived. They describe the compressive strength in terms of the density of the sawn timber used, the moisture content of the glulam and, optionally, of the knot area ratio.
Frese, Matthias +3 more
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2018
In this chapter, the probabilistic porous-solid model is used to determine the mean effective stress of soils at failure. The plots of the deviator stress against the mean effective stress show a unique failure line for a series of triaxial tests performed at different confining net stress and suctions for both wetting and drying paths. This result
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In this chapter, the probabilistic porous-solid model is used to determine the mean effective stress of soils at failure. The plots of the deviator stress against the mean effective stress show a unique failure line for a series of triaxial tests performed at different confining net stress and suctions for both wetting and drying paths. This result
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Compressive Strength of Production Parts Without Compression Testing
2001The purpose of this paper is to present a methodology to estimate the compressive strength of fiber-reinforced composite prototype and production parts. The procedure is based on test data that incorporate the effects of sample size and sample preparation but are simpler to obtain than compression test data.
EJ Barbero, EA Wen
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