Sentence examples for lattice subject from inspiring English sources
The reference LSGF is obtained approximately by solving the boundary-value problem of a super-cell of lattice subject to a unit point force and under a boundary condition given by the reference CGF.
Once the energy for a food patch is depleted, the patch disappears, and another patch is generated at a random, unfilled location in the lattice, subject to the interDistance and intraDistance constraints.
After each presentation of a dot lattice, subjects chose the orientation they had perceived from a screen displaying 4 alternative orientations (0°, 90°, and the 2 diagonal orientations for the rectangular dot lattices; 0°, 60°, 120°, and the unlikely 90° orientation for the hexagonal dot lattices).
Results of a parametric investigation on the failure of metallic strut lattices subjected to multi-axial loads are presented.
However, the restructuring effects were less remarkable than those observed after long-term treatment with topical cream containing vitamin C. 25, 26 Formation of stress fibers and their attachment to focal adhesions via vinculin have been demonstrated as hallmarks of fibroblast organization in collagen lattices subjected to tension.
This is remarkable as the chiral lattice is subject to bending deformation of its internal members, and thus is more compliant than the triangular lattice which is stretch dominated.
This work studies the constitutive response of two- and three-dimensional lattice materials subject to isotropic prestress, with a focus on the elastic stiffness moduli that can be directly measured through experimental tests.
If θ does not exactly match one of the dominant orientations present in the lattice, the subject chooses the response alternative that is closest to the perceived orientation, since we are using a forced choice task.
This work presents a topology optimization approach for lattice structures subjected to thermal and mechanical loads.
The vibrational response of finite periodic lattice structures subjected to periodic loading is investigated.
In particular, an approach for predicting the yield surface of lattice structures subjected to either a uniaxial or a biaxial stress state is proposed.
