To correct for the quadratic relationship between the RSM and wing centroid size, we included in the model wing centroid size and squared wing centroid size as covariates.
The full model for wing length did include geographic distance and the Carpentarian Barrier as important predictors, but they contributed relatively little to the fit of the model, improving the overall fit by only 0.7%.
The only species with significant genomic tools that is not of biomedical or agricultural importance is the African butterfly (Bicyclus anyana), an evo-devo model for wing pattern development [ 98].
The cost of the changes from previous 747 models, in particular the new wing for the 747-500X and −600X, was estimated to be more than US$5 billion.
The hand-launched model featured dihedral wings for stability in roll and a horizontal surface set at a slight negative angle with regard to the wings to provide stability in pitch.
In 1871 he designed and built a rubber-powered model featuring dihedral wings for lateral stability and a combined horizontal and vertical tail surface designed to provide a measure of inherent stability in pitch and yaw.
A searching algorithm exploiting Expected Improvement (EI) design points is introduced to efficiently enhance the quality of the initial Kriging model for the wing planform design.
Our observations in Dipterans and Hymenopterans have led us to propose a Master-Slave model for insect wing membrane development [ Figure 4 and see (Valentine and Collier 2011)].
Continuum mechanical model of wing morphogenesis.
Previous work showed that the use of an a priori box-wing model for the SRP significantly improves the estimated orbit products as well as orbit predictions compared to purely empirical models.
