It is assumed the data can be described by a power law, expressed either as Y or X dependent (referring to the second and first axis on a fatigue curve).
It is assumed the data can be described by a power law, expressed either as Y or X dependent (referring to the second and first axis on a fatigue curve).
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@@ -20,7 +21,7 @@ Where $m$ and $C$ are the power slope- and adjustment coefficient, respectively.
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@@ -20,7 +21,7 @@ Where $m$ and $C$ are the power slope- and adjustment coefficient, respectively.
In using the power-law as a prediction function, the model can be fitted in logspace as follows.
In using the power-law as a prediction function, the model can be fitted in logspace as follows.