Although the model predictions were less accurate in transverse loading of anisotropic samples, these results indicate that computational modelling can assist in design of electrospun artificial tissue scaffolds.
Integrative cell and fermentation kinetic modelling can assist in designing fermentation strategies or identifying genetic modification candidates for enhanced lignocellulose-based bioprocess efficiency to meet the current technical and economical demand.
Numerical modelling can assist in understanding and predicting complex fracture processes, and can be used in designing the equipment and setting the process parameters to ensure desired product quality.
Mathematical modelling can assist in more precisely zoning in quantitatively on the selection of design input variable values that can produce a best compromise between conflicting design output variables.
Although the vanadium redox battery (VRB) has recently attracted considerable interest as an energy storage technology, it has a relatively poor energy-to-volume ratio and a system complexity compared with other technologies; however, modelling can assist in optimizing cell and stack design.
Modelling can assist with decision making by exploring the implications of a range of possible interventions (Royston, 1999) and has been previously used to evaluate the natural history of CIN (Myers et al, 2000) and changes in screening practice (Sherlaw-Johnson et al, 1994, 1999).
