Products: Abaqus/Standard Abaqus/CAE
Solubility:
is needed only for mass diffusion analysis;
is also known as Sievert's parameter (in Sievert's law);
must always accompany a diffusivity definition (see “Diffusivity,” Section 26.4.1); and
can be defined as a function of temperature and/or predefined field variables.
Solubility, s, is used to define the “normalized concentration,” , of the diffusing phase in a mass diffusion process:
Input File Usage: | *SOLUBILITY |
Abaqus/CAE Usage: | Property module: material editor: OtherMass DiffusionSolubility |
Your query was poorly formed. Please make corrections. |
Products: Abaqus/Standard Abaqus/CAE
Your query was poorly formed. Please make corrections. |
Solubility:
is needed only for mass diffusion analysis;
is also known as Sievert's parameter (in Sievert's law);
must always accompany a diffusivity definition (see “Diffusivity,” Section 26.4.1); and
can be defined as a function of temperature and/or predefined field variables.
Your query was poorly formed. Please make corrections. |
Your query was poorly formed. Please make corrections. |
Solubility, s, is used to define the “normalized concentration,” , of the diffusing phase in a mass diffusion process:
Input File Usage: | *SOLUBILITY |
Abaqus/CAE Usage: | Property module: material editor: OtherMass DiffusionSolubility |
Your query was poorly formed. Please make corrections. |
Your query was poorly formed. Please make corrections. |
The mass diffusion law can be used only with the two-dimensional, three-dimensional, and axisymmetric solid elements that are included in the heat transfer/mass diffusion element library.
Your query was poorly formed. Please make corrections. |
Your query was poorly formed. Please make corrections. |