The proposed methodology is, however, for a typical plant and typical loading and environmental conditions.
The proposed methodology is, however, for a typical plant and that works under typical loading and environmental conditions.
This methodology is however less effective where extensive and thick sedimentary basins such as the Eromanga and Eucla basins overlie crustal blocks.
The methodology is however still under development and applying it for scenario assessment can be challenging, as I/O analysis requires detailed data, which may be difficult especially for scenarios with transformative changes.
The methodology is, however, frequently used, and the estimates have been shown to be largely similar to recent regression-based methods [ 29, 30].
The methodology was, however, designed to be transportable to any field site or laboratory, thus the use of non-portable, specialised, or expensive equipment was avoided.
Educators are aware that varying outcomes to learning methodologies are common, however future studies will benefit from including Likert-type attitude scales (e.g. totally focussed, partly focused, completely unfocused) to indicate the subjects' focus whilst completing the tests [ 40].
The experimental and theoretical methodologies applied in this study are, however, suitable to investigate other types of stents with different geometries, fabricated of different metallic alloys, e.g., nickel titanium and cobalt chromium and other rf irradiation strengths.
However, the methodology is still relatively underutilized, and its effectiveness is underexamined.
However, the methodology is still heavily dependent on the quality of poses generated by docking.
