To establish plant culture systems for product synthesis, a multi-scale engineering approach is necessary.
In this study, multi-scale engineering properties related to the harvesting, simulation and textural evaluation of two tomato cultivars at six ripening stages were simultaneously investigated.
There have been several proposals for the next paradigm, such as process systems engineering, integrated multidisciplinary and multi-scale process engineering, chemical product design and sustainable chemical engineering.
In this contribution, a multi-scale reaction engineering approach for modeling dust explosions has been presented.
We apply a multi-scale systems engineering framework to discover or identify highly selective, feasible and cost-effective zeolites for pressure swing adsorption (PSA -based H2S sePSA -based
Liquid density computations, which are important in phase equilibrium of carbon storage, are used to illustrate multi-scale process engineering ideas.
Furthermore, the proposed method is parallelized using OpenMP (Open Multi-Processing) to take advantage of PC power with multi-core and hyper threading technologies for large scale engineering problems, where both loop-level parallelism and code-block parallelism are used.
Efficiency can also be an industrial scale engineering project.
We conclude that significant progress in each of these challenges is necessary to transform microtomography from the current research problem into a robust computational big data tool for multi-scale scientific and engineering problems.
After discussing some general considerations on the fundamentals of MOF crystallization, we examine different synthetic approaches developed in order to tune the MOF particle size, shape and textural properties and the impact this multi-scale MOF crystal engineering has shown so far in different applications.
So far, meso-scale network re-engineering may provide a step towards efficient multi-scale network re-engineering workflows.
