This paper reports on a laboratory evaluation to stabilize ingredients of CG and sandy soil (SP) with cement as a soil stabilization method and suitability of the blended products as general, embankment, and structural fill materials for transportation, airport, building and land reclamation in urban areas.
The applicability of several optimization methods and their suitability concerning the convergence and accuracy are discussed.
For evaluating the imputation methods and their suitability for different scenarios and loss patterns, one must use a complete dataset and impose different data loss patterns and portions.
This study is aimed to provide a guide to best practices in this context by tackling a deep review of geomatic methods and their suitability assessment for the following study types: Surface Hydrology, Groundwater Hydrology, Hydraulics, Agronomy, Morphodynamics and Geotechnical Processes.
Specification of the measurement model has a major influence on decisions about item and scale design, the appropriate application of statistical validation methods, and the suitability of the resulting measure for a particular use in clinical and population-based outcomes research activities.
However, such systematic validation is crucial, since it shows strengths and weaknesses of the methods and their suitability for the specific problem domain (time series or perturbation experiments, noisiness of data, etc).. Availability of experimental data, with a few exceptions, such as the network described by Davidson et al. (2002), is still the major bottleneck for GRN reconstruction.
The results show the accuracy of CFD method, and the suitability of applying CFD methods in engineering applications for turbulent mixing in nuclear reactors is concluded.
The results of the forward and reverse-labeling experiments demonstrated that there was no significant difference between two experiments, confirming the accuracy of the method and its suitability for absolute quantitative analysis.
Additional research should consider this method and its suitability of its use in the context of ILSA studies, as high Type I error rates were observed in the absence of DIF.
This study shows the accuracy and the efficiency of the hybrid method and its suitability for the computation of the RCS at really large and complex targets at high frequencies.
