Sentence examples for modeling engineers from inspiring English sources

The system renders three major advantages: with product modeling, engineers' tasks can be focused on product design and not on design drawing; being integrated with an AI technology, the system sets up a design environment with field knowledge by which design efficiency can be improved significantly; and a new frame-rule structure for knowledge processing has been incorporated into the system.

It is hoped that this paper can serve as a basis to promote an understanding of the issues for researchers, modeling software vendors, modeling engineers, and application engineers and help to stimulate improvements in this area leading to increased usage and value of FPMs in supporting process operations.

We strongly recommend the interaction between fluid-modeling engineers with geologists, geochemists, and geophysicists that may bring up more information to corroborate the conclusions generated by grading calculations.

These advances in engineering juxtacrine signaling lay a strong foundation for an integrative approach to utilize synthetic cells, advanced 'chassis' and predictive modeling to engineer the form and function of living tissues.

This study suggests that the ANN model is an easy-to-use modeling tool for engineers and water resource managers to obtain a quick preliminary assessment of salinity variation in response to the engineering modifications to the river system.

This new modeling technique gives engineers greatly improved simulation capabilities.

They are an indispensable modeling tool for engineers, reducing the time to find the optimal operating conditions.

The leading approach to automated modeling, "compositional modeling", constructs a simplest adequate model for a question from building blocks ("model fragments") that are designed by knowledge engineers.

By a rational modeling approach, we engineered a Cys70Ser mutation, which successfully improved solubility of the protein.

Five different aspects integrate part modeling in a comprehensive product-modeling environment: (1) associative modeling of engineering objects, (2) concurrent modeling in group work of engineers, (3) integration of wireframe, surface, and solid modeling, (4) modeling part variants and families, starting from the same geometry, and (5) inclusion of knowledge in part models.

With this aim, the CHROMUBE methodology guides test engineers when modeling human beings.