Various methods were selected to characterize the structure of the prepared polymers.
Mathematical needs in architecture design and relevant learning methods were selected from interviews with practising architects and educational literature.
The root mean square error RMSE and ME methods were selected as comparison criteria to indicate prediction accuracy.
A literature review of existing methods is presented, after which a set of methods were selected for further studies.
To this purpose, three methods were selected: AcciMap approach; the Energy Barrier Model; the System-Theoretic Accident Model & Processes (STAMP) coupled with a dynamic approach.
Initially, powders of same nominal particle size produced by different methods were selected and the chemical composition, porosity and morphology of which have been characterized.
These methods were selected because as the state-of-the-art of the discipline they are in the initial stages and are under continuous evolution.
In the construction phase, adequate excavation cross sections, support elements, auxiliary treatments, and water sealing grouting methods were selected to overcome the difficult ground condition encountered.
Grass was used as the reference crop for observing the actual ET. A total of 10 climatological methods were selected for estimating reference crop evapotranspiration on a daily basis.
In our study, treatment methods were selected according to bone deviation and occlusion stability.
Two methods were selected to compare the performance of the proposed VAD algorithm.
