Current research interests include surfaced enhanced Raman spectra, light scattering of nanoparticles and first principles calculation of materials.
What is required is an intermediate level, where the microstructure, on the level of multiple tactoids, is determined by the underlying chemical interactions, and the calculation of materials properties reflects the interfacial bonding between the clay and polymer and the nanoscale geometry of the clay interlayer spacing.
Calculation of material flows is connected with the volume of flue gases produced from fuel combustion and the desired performance of the aggregate.
In this paper, frequency response method has been developed on the basis of modal analysis for calculation of material damping ratio of components over the range of frequency.
During the construction stage, ACMS should provide precise daily control and follow-up procedures regarding issues such as remote examination of work quality, monitoring productivity of site workers, and calculation of material consumption rates.
Recently, a newly developed self-consistent hybrid functional has been proposed (Skone et al., Phys. Rev. B 89 195112, 2014), which allows for a reliable and accurate calculation of material properties using a fully ab initio procedure.
Modern design and construction of an apparatus of a new type involve several basic steps: the selection of a unit type, calculation of material flows, sizing of the reactor and of the diameters of all pipes, checking the calculation of the rate of OG heating with the help of computer simulation, and finally designing by using appropriate software.
A computational method is proposed for the construction of statistically similar representative volume elements (SSRVEs) for discontinuous fiber composites (DFCs) in order to enable an efficient calculation of material properties based on computational homogenization.
The analytical solutions are shown to correlate well with measurements, while providing a framework for calculation of material properties under the same dynamic conditions found during operation, as opposed to quasistatic conditions.
In this paper, we present a comprehensive survey and highlight promising directions of future research on theoretical modeling of momentum transport in cellular biological media with focus on the formulation of governing equations and the calculation of material properties both theoretically and experimentally.
In this study, the focus is on process simulation and calculation of material and energy balances of novel direct CBTL plants, which can be used as a basis for further studies, such as optimization, techno-economic analysis and life-cycle analysis.
