To facilitate the discovery of novel targets to enhance the pathway flux, we incorporated the computational tool YEASTRACT for predicting novel transcriptional repressors and OptForce strain-design for identifying non-intuitive pathway interventions.
It is therefore of both practical and theoretical interest to study the effect of incorporating the ancillary system into the computational model.
The computational models incorporating the Johnson Cook damage model could predict the plateau stress and maximum stress at the first peak with less than 18% error.
It can be seen from 2) and 3) that, unlike the traditional OPF calculations incorporating the power flow equations, the computational cost of the reduced OPF calculations does not necessarily explode with the system scale.
Due to easy isolation in in-silico, computational models, incorporating the related fundamental physical and biological parameters can explain how specific biochemical or biomechanical parameters may affect the tissue cells and their arrangement.
Computational models incorporating the electrophysiological properties of these conductances are described as "active" models.
Under this framework, we construct miRNA-, target link-, and target gene-centric computational measures incorporating the whole tri-partite network topology.
Subsequently, these equations are extended in numerical simulation of the Computational Fluid Dynamics (CFD), incorporating the commercial COMSOL software.
Furthermore, the behaviors are usually incorporated into the computational model in an ad hoc manner.
The full impeller geometry is incorporated in the computational fluid dynamics (CFD) simulation using the Multiple Reference Frames (MRF) model.
