The procedures followed in the specific research can be extended in the exploration of other cases; generalization in case studies is about theoretical propositions not about populations.
Case 3 can be considered as a generalization of case 2 in terms of an additional step for crack detection.
But pervasion is known through generalization from cases or even a single case, presupposing knowledge of relevant similarity which can be a matter of perception.
As a result, the conclusions may be less suitable for generalization in cases of younger people and cases of people with a shorter history of pain.
In addressing these issues, we hope to contribute to advances in research methodology as well as to improve interpretations and generalizations from case studies.
We describe the strategy for constructing such a method, discuss generalization for cases with time dependency, random correlated coefficients, non-conservative form and implementation issues.
Regarding generalization to other cases, our cases consisted of primary PNBCC lesions without signs of deep infiltration or orbit invasion, therefore it was a limited group of patients.
In these cases, the strategy for generalization was a case-based research, in which artifacts were investigated in field with real projects.
We consider the generalization of the case of [1].
A generalization to the case of adaptive grids based on harmonic maps between surfaces is considered.
