More recently, dynamic analyses incorporating nonlinear, effective-stress-based soil models have been used more frequently in engineering applications.
Subsequently, more than 1500 Nonlinear Dynamic Analyses (NDAs) were performed within the Incremental Dynamic Analysis (IDA) procedure and were used as input to the Performance-Based Earthquake Engineering (PBEE) methodology.
This becomes crucial when analysing more dynamic examples of gene expression, such as pattern formation driven by the gap gene system.
Extensive nonlinear dynamic analyses showed that more than 60% of input seismic energy is dissipated by the BRBs at ultimate limit states.
To gain insight into the mechanisms by which proteins become more stable, we use structural and dynamic analyses to compare two popular approaches, ancestral sequence reconstruction (ASR) and the consensus method, used to generate thermostable variants of Elongation Factor Thermo-unstable (EF-Tu).
Out of these, some were primarily concerned with understanding post-translational protein modifications in intact cells, or cell extracts, whereas others were more specifically geared toward structural and dynamic analyses.
Numerical results indicate that the present method leads to a more efficient and economical solution for rotor dynamic analyses, when compared with analyses based on the usual structural matrices.
In order to obtain an in vitro model that permits a more dynamic view of NB ganglioside biosynthesis, we analysed ganglioside expression in four well-described NB cell lines, LAN-1, LAN-5, SMS-KCNR and SMS-KCN.
Analysing the proteome may provide a more dynamic reflection of the impact of the cell's genetic programme on its immediate environment (Aebersold et al, 2005).
This is actually very helpful for designers if they are using numerical methods in their designs, because static analyses are much more straightforward to conduct and less computationally demanding compared to dynamic analyses.
