Actor-Partner Interdependence Model analyses were conducted.
Finite element model analyses were conducted to simulate the behavior of different valve profiles and to predict the valve opening pressure.
The model analyses were done by A.S.G. (surface climate and ocean), A.G. (ocean) and R.J.M. (ecological provinces, NPP and zooplankton biomass); S.P.G. did the modelling of micronekton using Ecopath with Ecosim, and P.L. and I.S. modelled the biomass of skipjack tuna using SEAPODYM.
Although the majority of mixed model analyses were not statistically significant, examination of within-group changes and effect sizes suggests an advantage for GRIP over TAU in improving functional outcomes.
Unlike the previous studies, a series of regular wave experiments and numerical model analyses were conducted to investigate the wave-induced pore pressure in the sandy seabed, around a pipeline with different backfilled depths.
Using characteristic features of OH* time histories measured in shock-tube experiments as a metric, detailed model analyses were performed over a broad range of conditions: T > 1100 K, 1.5 < P (atm) < 10.5, ϕ = 0.5, 1.0, 2.0.
Linear mixed model analyses were conducted.
Mixed model analyses were performed with STATA software (release 13; StataCorp., College Station, Texas, USA).
Rasch model analyses were essential to create these reading comprehension measures that make it possible to assess large student samples and compare performances from second to fourth grade.
These nested model analyses were re-run on age- and nonverbal reasoning- adjusted scores.
Mixed branch length model analyses were conducted in both ML and BI frameworks using previously described software [47].
