e
Declares the `e` material property for PZT-5H coefficient set (Sun et al., 2020) with release value `[["0[C/m^2]","0[C/m^2]","0[C/m^2]","0[C/m^2]","17[C/m^2]","0[C/m^2]"],["0[C/m^2]","0[C/m^2]","0[C/m^2]","17[C/m^2]","0[C/m^2]","0[C/m^2]"],["-6.5[C/m^2]","-6.5[C/m^2]","23.3[C/m^2]","0[C/m^2]","0[C/m^2]","0[C/m^2]"]]`.
Reference contract
| Field | Value | Description |
|---|---|---|
| value | [["0[C/m^2]","0[C/m^2]","0[C/m^2]","0[C/m^2]","17[C/m^2]","0[C/m^2]"],["0[C/m^2]","0[C/m^2]","0[C/m^2]","17[C/m^2]","0[C/m^2]","0[C/m^2]"],["-6.5[C/m^2]","-6.5[C/m^2]","23.3[C/m^2]","0[C/m^2]","0[C/m^2]","0[C/m^2]"]] | Exact source-backed release expression or tensor. |
| model | {"convention":"IEEE stress-charge form; rows x, y, z; columns xx, yy, zz, yz, xz, xy","evidence":{"formula":"Expand e15, e31, and e33 using 6mm symmetry and the source sign convention.","locator":"Table 1, Parameters of PZT-5H","method":"converted","sourceIds":["sun-2020-pzt5h"]},"kind":"matrix","shape":[3,6],"unit":"C/m^2","values":[["0[C/m^2]","0[C/m^2]","0[C/m^2]","0[C/m^2]","17[C/m^2]","0[C/m^2]"],["0[C/m^2]","0[C/m^2]","0[C/m^2]","17[C/m^2]","0[C/m^2]","0[C/m^2]"],["-6.5[C/m^2]","-6.5[C/m^2]","23.3[C/m^2]","0[C/m^2]","0[C/m^2]","0[C/m^2]"]]} | — |
| shape | 3x6 | — |
| required | true | — |
Declares the e material property for PZT-5H coefficient set (Sun et al., 2020) with release value [["0[C/m^2]","0[C/m^2]","0[C/m^2]","0[C/m^2]","17[C/m^2]","0[C/m^2]"],["0[C/m^2]","0[C/m^2]","0[C/m^2]","17[C/m^2]","0[C/m^2]","0[C/m^2]"],["-6.5[C/m^2]","-6.5[C/m^2]","23.3[C/m^2]","0[C/m^2]","0[C/m^2]","0[C/m^2]"]].
The property remains tied to this material's declared sources, conditions, model assumptions, units, and shape metadata; it is not cross-spliced from another definition.