The optimized total volume, aspect ratios of the units, the number of tubes through the length and width, the heat transfer area of the HRSG and thermodynamic properties are significant features of the flow configuration resulted from constructal design.
Physical properties such as colour attributes, sample weight, bulk density, true density, porosity, surface area, sample volume, aspect ratio, sphericity, dimensional properties and moisture content of grain cultivars were determined.
Semiconductor metal oxide nanowires (SMO-NWs) show great potential for novel gas sensor applications because of their distinct properties, such as a high surface area to volume aspect ratio, high crystallinity and perfect pathway for electron transfer (length of NW).
As an example, if we consider the volume aspect of data then it could happen that some individual leaves sparse digital footprint (may be because of her personal habits of technology usage) as compared to a few others, resulting in a non-all-inclusive data analytics that could lead to biased policies.
These include (a) changing the ratio of area (heat transfer) to volume (aspect ratio), which is achieved by insulating the heating tube with the help of teflon, (b) introduction of draft tube concentric to the heat transfer tube, and (c) provision of non-conducting or highly conducting fins attached to the tube at different axial locations.
The axial/radial volume aspect ratio (K), when allowed to vary, increases from 3.2, obtained in buffer, to ∼6 at 30% (w/v) crowding level of dextran when fit with the single-component model.
Equipped with sensors, the badges measured employees' locations, movement, tone of voice, volume, and aspects of their communication style, such as how often they face people that they are talking to.
The influences of microstructural features were investigated, including volume fraction, aspect ratio, and the orientation of graphene fillers.
Numerical results are conducted on graphene platelets GPL-reinforced polymer PA6 composite for several design parameters such as GPL volume fraction, aspect ratio and the interfacial compliance.
Moreover, the effect of significant parameters such as length-to-thickness ratio, volume fraction, aspect ratio, loading-type, CNTs distribution as well as boundary conditions is discussed.
A mechanism map is developed which predicts the conditions under which each mechanism dominates as a function of volume fraction, aspect ratio and packing efficiency of the particles.
