Significant developments in bridge aeroelastic analysis have been made utilizing realistic aerodynamic force modeling for bridges with bluff sections under turbulent winds.
Finally, we use SPICi to cluster 230 large, context-specific human networks (Huttenhower et al., 2009) and identify modules specific for single conditions; because of the size and number of networks, this type of analysis was made feasible only by utilizing our new fast clustering approach.
Sensitivity factor analysis was made.
Descriptive analysis was made for qualitative analysis.
The dimensional analysis is made.
This change was made to utilize a validated scale.
Several attempts have been made to utilize immature DC therapeutically.
When a significant F ratio was achieved, post hoc analysis was utilized to make individual comparisons.
Gene ontology (GO) and KEGG pathways analysis was utilized to make functional annotation of genes of interest to exemplify transcription and splicing mechanisms.
Utilizing the changing supply function, dynamic surface control (DSC) method and Chebyshev's inequality, a strict stability analysis in probability is made.
