Meanwhile, effects of solid distribution on the elastic moduli and plastic collapse strength of hexagonal honeycombs are investigated, providing a guideline for the optimal microstructure design of honeycombs.
Although the global solids distribution of the fuel reactor can be influenced by fluidization parameters, the solids distribution between two constrictions cannot be influenced, i.e. particles are always concentrated directly above the constrictions.
A Eulerian model incorporating the kinetic theory for solid particles was applied to simulate the solid distribution and RTD of feeding materials.
The effects of solid distribution in cell edges on the biaxial buckling strengths of regular hexagonal honeycombs are evaluated and discussed.
Reasonable agreements were obtained between simulations and experiments in terms of solid distribution, gas solid flow patterns, pressure drop profiles and SCR.
Effects of the solid distribution in cell edges and the creep parameters of solid cell edges on the creep strain rate of hexagonal honeycombs are evaluated.
The capacitance electrode array is employed to detect the solid distribution over the cross-section of the pipe, and the local solid volumetric concentration measurement is further derived.
The aim of this study was to evaluate the effect of different horizontal constructed wetland (CW) design parameters on solids distribution, loss of hydraulic conductivity over time and hydraulic behaviour, in order to assess clogging processes in wetlands.
In the case of medium and high volume fractions of solid, the distribution of strain rate is calculated by using compression test data of semi-solid materials (SSMs).
The influence of bleeding on slump flow and solid phase distribution of fresh Portland cement paste, as well as the hydration product distribution, splitting behavior, and porosity of the hydrated cement paste were investigated.
