Sentence examples for multiple symmetry planes from inspiring English sources

Due to the novelty of this type of structural geometry and the dependency of the structural behavior on the initial shell and on the remeshing pattern, we decided to focus on a representative case study: a modern free-form vault (Fig. 1), whose geometry is based on the need to have a sufficiently complex model, but provided with multiple symmetry planes.

In this paper, we further simplify the search space by scoring valid symmetry planes by their likelihood, i.e., we do not assert "this is a symmetry plane" but "this is more/less likely to be a symmetry plane".

Explicit expressions for materials with different symmetry planes are listed.

It takes as few as three, and at most five, symmetry planes to reduce a triclinic material (which has no symmetry plane) to an isotropic material for which any plane is a symmetry plane.

The three lateral planes are treated as symmetry planes.

It is well known that symmetry is always described by reference to symmetry planes, axes and the center of symmetry.

Micromotion was mimicked by applying a force to the electrode, fixing the boundaries of the brain region and applying appropriate symmetry conditions to nodes lying on symmetry planes.

Thus, only three main body forms can be considered: spherical (with endless symmetry planes and symmetry axes), cylindrical (with endless symmetry planes and one symmetry axis) and bilateral (with one plane of symmetry).

At the symmetry planes, displacements in normal directions are suppressed.

Symmetry boundary conditions are used on the edges in the symmetry planes.

The z-displacements of the nodes on the symmetry planes are plotted in Fig. 8.