Sentence examples for orientation is modeled from inspiring English sources

The sensor orientation is modeled as a static input.

The spatial distribution of E at different latitudes i.e. by different magnetic field orientation is modeled.

The intercalate orientation is modeled using an energy-minimized anion structure.

The user attitude, namely the three angles that define user head orientation, is modeled with the quaternion formalism (q=q 0+q 1.i+q 2.j+q 3.k).

Later the backazimuthal variation of fast orientations is modeled by means of two anisotropic layers.

Then, relationships among agents, working mechanisms of each agent, and several fractal-specific characteristics (self-similarity, self-organization, and goal-orientation) are modeled using the UML.

The mathematical relationship between cylindricity error and part orientation in a RM process is modeled and critical feasible regions for cylinder build orientation are calculated.

In the present study, the deformation under an active loading of a short misaligned fiber composite is modeled by the orientation averaging approach, employing an analytical description of the behavior of a unit cell (UC), the parameters of which are determined using a FEM analysis of UC response under selected loading modes.

To this end, the tension/compression behaviour which belongs to a certain direction in the orientation space is modelled by an elasticity relation of the Mooney Rivlin type.

For simplicity, in the report by Hoehme et al. (2010), cell orientation changes were modeled by energy minimization (using the so-called Metropolis algorithm) instead of numerically integrating equations for the torques.

The backazimuthal variations of fast orientations have been modeled as vertical changes in order to assess the depth sources of anisotropy.