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The methodology developed here includes explicit simultaneous consideration of product, process, and supply chain development and it is applicable to the entire spectrum of product novelty, from radical to incremental innovation.
The methodology developed here serves equally well as a design optimization tool.
The methodology developed here can also be used to evaluate past and current incentive schemes.
The methodology developed here has the potential to guide healthy, sustainable, and equitable urban planning efforts.
Furthermore, it was believed that the methodology developed here can be applied to other related fields.
The methodology developed here is applicable to other hyperbolic systems, which is demonstrated by showing that the MPWENO schemes also work very well on magnetohydrodynamical test problems.
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The methodologies developed here are illustrated through two numerical applications.
The model and methodologies developed here are not bound to the data, in the type and form presented here, and can be used with other data sets if desired.
This methodology is developed here in the case of piping systems.
A hybrid non-linear explicit implicit FE methodology is developed here to study the thermomechanical processes associated with particle impingement and layer deposition.
To meet this need, a new methodology is being developed here that proposes the use of exergetic metrics for mapping the exergy flows throughout high bypass turbofan engine at maximum thrust level for its sustainability assessment.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com