Thickness Layer Ratios
From krc
(Difference between revisions)
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The thickness of the upper ''material'' of a surface. ''thick'' is effective when a user desires to adjust the thermal inertias of two materials while keeping the thickness of the upper material constant. For example, a thin layer of dust on top of bedrock. | The thickness of the upper ''material'' of a surface. ''thick'' is effective when a user desires to adjust the thermal inertias of two materials while keeping the thickness of the upper material constant. For example, a thin layer of dust on top of bedrock. | ||
:*When ''thick'' is used as an input parameter, [[evalN1_krc()|evalN1_krc()]] is called automatically, and calculates several parameters to create model stability for a material with this thickness. | :*When ''thick'' is used as an input parameter, [[evalN1_krc()|evalN1_krc()]] is called automatically, and calculates several parameters to create model stability for a material with this thickness. |
Revision as of 11:37, 22 July 2018
Input Parameter and Physical Definition
thick:
Input Parameter and Physical Definition
The thickness of the upper material of a surface. thick is effective when a user desires to adjust the thermal inertias of two materials while keeping the thickness of the upper material constant. For example, a thin layer of dust on top of bedrock.
- When thick is used as an input parameter, evalN1_krc() is called automatically, and calculates several parameters to create model stability for a material with this thickness.
- Therefore, manually adjusting the following parameters, which are used in evalN1_krc(), may result in a non-stable model:
Davinci Usage
- Definition:
- Same as Physical Definition
- Values:
- Input = Real Value Parameter
- Units: Meters
- Range = 0 or greater
- Default Value = 0 (i.e. no layering)
- Input Parameter Name:
- thick
- Related Functions: