Precise, robust physical laws, such as those linking the temperature, pressure and volume of a gas, emerge from the average behaviour of countless atoms.
There are volumes and volumes and volumes of case law, interpreting various sections of the Constitution.
During adsorption, the corresponding relative permeability curves exhibit a nearly quadratic behaviour with the volume of adsorbate, in full agreement with percolation theory, while EMA predicts a linear relation between these properties.
Optimisation of the suspensions was studied by measuring the rheological behaviour as a function of pH and volume fraction of solids.
It turns out that for the theory of Simha et al., the reduction parameters of the polymers strongly depend on this choice, but the description of PVT behaviour and the prediction of free volume is almost independent of this choice.
General flow behaviour and the effects of volume flux, channel thickness, and porous material properties are investigated.
Electron microscopy was employed to analyse individual particles and their orientation within the Mg matrix, while small-angle X-ray scattering (SAXS) was used for an assessment of global particle behaviour and statistical significance of their volume in the microstructure.
It has been found that layer sequences and volume fractions of Al plies play significant role in the behaviour of fibre metal laminates.
This paper investigates the effect of fibre volume fraction on the fatigue behaviour and damage mechanisms of carbon/epoxy laminates.
