A statistically random volume sampling approach has been employed to evaluate the microstructural and property volume element sizes necessary for the assessment of volume fraction, surface-area to volume ratio and permeability, respectively.
The mechanical properties, volume stability and thermal properties of the developed TES-ECCs were investigated and compared with those of a normal fiber-reinforced cementitious composite (FRCC).
Auxetic structures are attractive for various engineering applications because of their unique mechanical properties, volume change control and excellent impact energy absorption performance.
The effects of the thermal properties, volume fraction, and architecture of the carbon fibers on the oxidation behaviors of the composites were also examined by oxyhydrogen torch testing.
The material properties, volume fraction (VF) and aspect ratio (AR) are typically regarded as the design parameters of the piezocomposite transducer.
The ultimate strength and the yield strength of the IPC depend largely on the properties, volume fraction and interpenetration of the constituent phases.
This is promoted by the preservation of the contiguity between the aluminides and the eutectic Si during ST as well as by the characteristics of the rigid phases such as mechanical properties, volume fraction, morphology and distribution.
This framework describes the initial sprinkler spray as a unified probability distribution function, varying over an initialization surface, and statistically representing measurements of near field local spray properties (volume flux, drop size distribution, and drop size velocity correlation).
Railway classification refers to class grade of a railway according to its role in railway network, properties, volume of long-term passenger and freight traffic, maximum allowable axle load and designed speed, etc.
The compounds of the series are represented by a vector mapping for each of four substituent properties: volume, log P, dipole moment and a simple 'steric' parameter relating to its shape.
