Municipal solid food waste accounts for ∼30% of the total wasted food energy assuming that solid food from the US diet has an energy density of 1.9 kcal/g [12].
This paper makes a theoretical analysis of the steady-state creep strain rates and creep rupturing times along the two principal directions of elliptical cell honeycombs using a unit cell model and assuming that solid cell walls follow power law creep and the Monkman Grant relationship.
This problem was addressed by imposing a criterion of the resulting voxel mask to be solid and connected by assuming that the point (a x,0,0,a y,0,0,a z,0,0), which determined the global surface position, was located inside the object and a voxel at the edge of the image matrix was assumed to be outside the object.
Ferreira et al.17 extended the method to modern DFT and particularly to solid-state systems, by assuming that the excited electron in the conduction band of a semiconductor usually occupies Bloch-like states with nearly vanishing self-energy, while the hole left in the valence band is localized with a finite self-energy.
Assuming that some solid nanoparticles are in contact with the wire in a way that they form approximately "solid rings" around the wire, then the "effective" wire temperature can be evaluated as electrical resistances in series.
Blast impact simulations are performed for two model shapes, a box and an I-shaped beam, assuming that the solid body does not deform.
A simple model for composting of waste activated sludge in a composting reactor was developed by assuming that a solid phase of compost mixture is well mixed and the kinetics for microbiological reaction is represented by a Monod-type equation.
The analysis is simplified three ways: (1) by solving for the steady state frequency solution; (2) by assuming that the solid is rigid to scattered waves; and (3) by using an infinite boundary condition approximation in the finite element solution.
From a two-phase model for an adiabatic packed bed through which a gas is flowing, a one-phase model is derived without assuming that the solid and gas temperatures are equal.
The absorption rates were found to be lower than those predicted by assuming that the solid particles are uniformly suspending in the liquid-film as well as the bulk liquid phase.It might be due to the possibility that there is no particle suspending in the vicinity of the interface.
