ReferenceAvailable
Displacement magnitude
Published output `pze.disp` from physics interface `Piezoelectricity`.
Reference
| Field | Value | Description |
|---|---|---|
| components | 1 | — |
| differentiability | semismooth | — |
| display_name | Displacement magnitude | — |
| expression | norm(pze.u) | — |
| functional_dimensions | ["global","domain","boundary","edge","point"] | — |
| location | node | — |
| name | pze.disp | — |
| plottable | true | — |
| quantity_id | | — |
| rank | scalar | — |
| role | null | — |
| studies | ["stationary","eigenfrequency","eigenvalue","parametric-sweep","sensitivity","optimization","transient"] | — |
| study_overrides | [{"normalization":"The mechanical mode shape is independently scaled so its maximum nodal displacement magnitude is 1; the raw coupled eigenvector remains in solution.modes.","semantics":"relative-mode-shape","study":"eigenfrequency","unit":"1"},{"normalization":"The mechanical mode shape is independently scaled so its maximum nodal displacement magnitude is 1; the raw coupled eigenvector remains in solution.modes.","semantics":"relative-mode-shape","study":"eigenvalue","unit":"1"}] | — |
| topology_methods | [] | — |
| unit | m | — |
Published output pze.disp from physics interface Piezoelectricity.
Contract
| Property | Value |
|---|---|
| components | 1 |
| differentiability | semismooth |
| display_name | Displacement magnitude |
| expression | norm(pze.u) |
| functional_dimensions | ["global","domain","boundary","edge","point"] |
| location | node |
| name | pze.disp |
| plottable | true |
| quantity_id | `` |
| rank | scalar |
| role | null |
| studies | ["stationary","eigenfrequency","eigenvalue","parametric-sweep","sensitivity","optimization","transient"] |
| study_overrides | [{"normalization":"The mechanical mode shape is independently scaled so its maximum nodal displacement magnitude is 1; the raw coupled eigenvector remains in solution.modes.","semantics":"relative-mode-shape","study":"eigenfrequency","unit":"1"},{"normalization":"The mechanical mode shape is independently scaled so its maximum nodal displacement magnitude is 1; the raw coupled eigenvector remains in solution.modes.","semantics":"relative-mode-shape","study":"eigenvalue","unit":"1"}] |
| topology_methods | [] |
| unit | m |