For that purpose, examples are provided whereby three indicators—statistical efficiency differential (ΔS), cost differential (ΔC), and (in convenience differential (ΔI are contrasted and discussed.
For this purpose, examples are provided where improvements in the palaeohydrologic methods are proposed by incorporating uncertainties, describing sources of error or putting forward hypotheses for hydraulic calculation to make palaeoflood hydrology more objective and useful in risk assessment.
The oil from most seeds can be used for edible purposes (example is fluted pumpkin seed oil, soya bean seed oil) and about 80%% of the world production of vegetable oil is for human consumption while the remaining 20%% is shared between animals and chemical process industries [1].
For illustration purposes, numerical examples are investigated using the proposed approach.
For this purpose, different examples are selected and discussed in detail.
Many of these advances are being transferred to biomedical applications for clinical purposes; some recent examples are related to different uses such as telemonitoring of patients [ 7], telerehabilitation [ 8], or clinical-support systems [ 9].
For this purpose five test examples are considered, in particular steel wind towers varying on their height are optimally designed with minimum initial cost, while the wind load is calculated according to Eurocode 1 Part 2 4 and design constraints imposed by Eurocode 3 on shell buckling and local buckling of flat ring-stiffeners are implemented.
For illustrative purposes, a number of examples are included with the tool (see folder Examples) covering different types of biochemical networks.
For the purposes of demonstration, some selected numerical examples are solved using the CVEFG method.
For the purposes of demonstration, some selected numerical examples are solved using the enriched BEFM.
