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The performance of the different methods is assessed by leave-one-out cross-validation.
The efficiency of these methods is assessed through experiments on a mid-scaled multiphase flow loop.
The accuracy of the methods is assessed by cross comparison and the use of three different flow variables as input: velocity, pressure and heat release rate fluctuations.
Specific issues as precision, dataset training size and feasibility of the complete approach are discussed and the potential of global optimization methods (enhanced by metamodels) to achieve innovative shapes that would not be achieved with traditional methods is assessed.
The applicability of mainstream software engineering methods is assessed and techniques (e.g., software design, component-based development, software architecture, system integration and test) are also discussed in the context of this domain.
The performance of the two numerical methods is assessed by a direct comparison of the calculated particle size distributions and/or their moments to available steady-state analytical solutions.
Similar(50)
Absolute and relative agreements between methods were assessed.
The capabilities of the multigrid methods are assessed by solving three different hypersonic flow problems.
Outcomes for the three measures were compared between groups and correlation between scoring methods was assessed.
The validity of the proposed methods was assessed using the standard addition technique.
Hence, methods are assessed to accurately quantify the weld effective length.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com