Using unsteady flamelet simulations, a 3D manifold is generated, which is parameterized using three controlling variables.
DNA conformations in this model are parameterized using three conventional angular parameters: tilt, roll, and twist, corresponding to rotations of a base pair about the x, y, and z axes, respectively, of a conventionally chosen local Cartesian-coordinate frame [28].
The structure of the spinodally decomposed chromium distribution is parameterized using four variables, including the magnitude of chromium concentration, wave length of chromium distribution, position of the slip plane of dislocation, and the dislocation character (angle between the dislocation line and Burgers vector).
The turbine-induced forces (e.g., thrust, lift and drag) are parameterized using two types of models: actuator-disk models that distribute the force loading over the rotor disk, and actuator-line models that distribute the forces along lines that follow the position of the blades.
The basal resistance force was parameterized using two frictional rheologies, one in the source zone and one for the pit walls and floor (Fig. 11).
Briefly, the test, which can be parameterized using one of three time connection matrices, outputs a directional vector for which east is 0 and north is 90 degrees (see Fig. 2) and a magnitude value of the vector ranging from 0 to 1.
Similarly, synthetic data representations can be parameterized using mobile phone data and the parameters released openly along with the model.
When available production data are too sparse for standard regression techniques, functions can be parameterized using calibration procedures.
In its simplest form, the adult i.v. PBPK model may be parameterized using exclusively perfusion-limited kinetics.
The model may be parameterized using other environmental gradients to address more targeted questions in specific taxa or geographies.
