Molar gestations are defined at the genetic level by their unique parental chromosomal compositions.
Data categories and variables are defined at the project input, process and output stages.
For structural stiffness maximization at macroscopic scale, design variables are defined at the both scales.
The solution unknowns are defined at the nodes of a Gauss quadrature rule.
The pressure and Cartesian velocity components are defined at the center of each cell, while the face-normal velocities are defined at the mid-points of the corresponding cell faces.
In the computational space, the Cartesian velocity components and the pressure are defined at the center of a control volume, while the volume fluxes are defined at the mid-point on their corresponding cell faces.
Averaged degraded properties are defined at the local model level and transferred back to the global level.
The relatively low resolution of metaphase chromosomes, however, only allows characterization of major genetic events that are defined at the megabase level.
The corresponding steam mass flow rate can ultimately be computed if the thermal and hydraulic conditions are defined at the stop valve, control valve and pipes.
The hot spot stresses and the stress concentration factors are defined at the places alongside to the transverse weld accounting for different imperfections.
In the governing equations of motion of a spring, all displacement functions and a generalized warping coordinate are defined at the centroidal principal axis.
