The theoretical method was used to obtain a microscopic information about the surface molecule interactions including the adsorption geometry conformations.
However, CFD models can produce microscopic information about the state of all flow parameters and thus are recommended when a high degree of accuracy is needed.
The presented approach provides macroscopic as well as microscopic information about load distribution avoiding phenomenological lab fitting, case to case, of the overall macroscopic behaviour of the adhesive.
Most of these methods are able to quantify the study region in terms of homogeneity but fail to provide microscopic information about the interaction between communities, as well as about each station within the communities.
A force extension curve obtained for a single polystyrene chain in a Θ solvent (cyclohexane) showed a good agreement with a so-called worm-like chain model, and thus gave microscopic information about entropic elasticity.
To do this, all the microscopic information about airflow and temperature in data centre available from a single run of CFD computation is converted into macroscopic metrics called influence indices.
