Sentence examples for using a multiscale approach from inspiring English sources

A shear-lag model is developed for carbon nanotube-reinforced polymer composites using a multiscale approach.

The interaction of hydrogen with the core and the strain field of edge dislocations is studied using a multiscale approach.

A new reactor configuration is investigated, where a regular pattern of cylindrical rods is inserted into the packed bed using a multiscale approach.

The role of micro-cavitation in Elastohydrodynamic Lubrication is numerically investigated using a multiscale approach whereby both the small scale topographical features and the micro-cavitation of the lubricant due to the features are resolved.

In this work, droplet-droplet interaction is modelled using a multiscale approach which couples multiphase flow simulation using a volume-of-fluid method to a surface thin-film model operating on the sub-grid scale.

A deeper investigation is made to find out potentials and challenges using a multiscale approach to model solid oxide fuel cells (SOFCs) and combine the accuracy at microscale with the calculation speed at macroscale to design SOFCs, based on a clear understanding of transport phenomena, chemical reactions and functional requirements.

To identify these domains, we use a multiscale approach that finds domains at various size scales and generates multiple optimal and near-optimal solutions.

The objective of this work is to develop a relationship between biomass chip size and the energy requirement of hydrothermal pretreatment processes using a multiscale modelling approach.

Here we analyze, using a multiscale simulation approach, the aDEP effects in micro-fluidic device coupled with interdigitated channel commonly used in continuous mode field flow fractionation dielectrophoretic (FFF-DEP) devices for the separation of circulating tumor cells (MDA) and Lymphocytes (LYM).

This research models the deformation behavior of DPT tungsten materials, such as tungsten-copper composites, using a multiscale modeling approach that involves a microstructural dual-phase (copper-tungsten) region of interest where the constituent phases are finely discretized and are described by a continuum damage mechanics model.

Cross-laminated timber plates can be modelled using a multiscale finite element approach which although suitable, suffers from high computational cost.