Sentence examples for goal-oriented design from inspiring English sources

Such automation facilitates the use and implementation of goal-oriented design methods that integrate energy performance with other types of building performance models.

This goal-oriented design workflow is applied in the study of fritting pattern densities for three complex double-curved building geometries.

The system applies goal-oriented design, combining a genetic algorithm (GA) as the search engine, with the DOE2.1E building energy simulation software as the evaluation module.

The optimal design of complex systems in engineering requires pursuing rigorous mathematical modeling of the system's behavior as a function of a set of design variables to achieve goal-oriented design.

Furthermore, mathematically rigorous and methodologically viable approaches are pursued to achieve sustainability-goal-oriented design of material-process-product systems.

Results show that the proposed model is instrumental in improving hydraulic fracturing design and achieving a goal-oriented optimum design in a conflicting environment.

In the eighties, new formulas for the variance of transfer function estimates based on high-order model approximations led to the first goal-oriented experiment design results.

This study demonstrates a goal-oriented, retrospective design concept called minimum data set requirement (MDR) for the Weyburn-Midale Project (WMP), a commercial-scale, CO2-injection enhanced oil recovery site in Canada that has been extensively characterized for R & D purposes.

This study demonstrates a goal-oriented, retrospective design concept called minimum data set requirement (MDR) for Weyburn Midale Project (WMP), a commercial-scale, CO2-injection enhanced oil recovery (EOR) site in Canada.

The approaches developed here involve systematic methods for multiscale modeling in which sequences of hybrid particle continuum models are generated using an adaptive goal-oriented algorithm designed to control modeling error.

The goal-oriented identification and design depends on the land-related objectives of a system under study, whereas plant, animal and environmental characteristics determine biophysical production possibilities.