Sentence examples for multiple design criteria from inspiring English sources

On the other hand, the simplified multiple design criteria (e.g. the N-year wave with associated winds and currents) recommended by API known as traditional method does lead neither to the N-year platforesponsenor nor to the N-year mooring force.

Existing approaches differ according to multiple design criteria.

In addition various selectivity or ADME related properties (e.g. Lipinski properties, polar surface area, activity at off-targets, etc).. can be taken into account to guide the evolution of structures meeting multiple design criteria.

Then we formulate a general multiobjective optimization framework that combines the efficiency of the global MINLP solvers with the ability to tackle multiple design criteria.

We set up the basis for an advanced optimization tool for the modular and systematic design of biocircuits capable of handling high levels of complexity and multiple design criteria.

In this contribution, our goal is to set up the basis of an advanced optimization tool for the modular and systematic design of biocircuits capable of handling high levels of complexity and multiple design criteria.

Problems with multiple and conflicting design criteria do not have a unique optimal solution, but a trade-off front between the competing objectives, also known as Pareto optimal front of solutions.

Encouraging results demonstrate that the integrated design optimization technique is able to produce a more economical element stiffness distribution of the example building, satisfying multiple serviceability wind drift design criteria while allowing for an accurate update and determination of the equivalent static wind loads under multiple wind angle conditions.

Not only is the technique able to produce the most cost efficient element stiffness distribution of the structure satisfying multiple serviceability wind drift design criteria, but a potential benefit of reducing the wind-induced loads can also be achieved by the stiffness design optimization method.

The systematic implementation of selection for multiple criteria and multiple design elements is presented as a natural extension of Ashby's method.

Two main features of this code are: (1) Coupling of the neutronics analysis with the thermal-hydraulic analysis to speed up the analysis progress; (2) preliminary optimization algorithm using one or multiple specified objectives subject to the design criteria in the form of constrains imposed on design variables and performance parameters within the possible engineering ranges.