Potential trends in position over the 4-year period were evaluated using a linear mixed-effects regression model.
The change in mechanical parameters (stopping time and stopping distance) and EMG (onset latency, shut-off, preactivation, unload, and peak) was evaluated using a linear mixed model (Proc Mixed) with group, time, and group by time as independent variables.
Parasite sensitivity was evaluated using a Generalized Linear Mixed Model of the Binomial family (Logit) fit by the maximum likelihood, using the lme4 package in R. Parasite gender, macrozone, and antiparasitics were used as fixed factors and farm was the random factor.
The resistance of the conductive cement composites was measured by a two-probe method, and the viscosity was evaluated using a rheometer immediately after the mixing process.
Furthermore, fracture resistance of HMA-RAP and WMA-RAP mixes were evaluated using a Semi Circular Bending (SCB) test based on fracture mechanics principles.
Improvement in diluted bitumen dewatering performance with improved mixing conditions was evaluated using a factorial design of experiments.
The seeds from three replicate plots of each line at each site were mixed together and evaluated using a Chroma Meter CR-400 (Konica Minolta, Japan).
In the second phase, the sensitivity of IDT Nflex Factor to various mix design parameters was evaluated using a simplified test frame.
In this work, an improved dynamic combined model considering the influence of drop size distribution has been developed, by which the axial mixing can be easily evaluated using a one-dimension search.
The effect of the ingredients on the properties of the dry mix and of the cereal cream after preparation, were evaluated using a Simplex design.
Mice were also evaluated using an open field test.
