Sentence examples for engineering systems design from inspiring English sources

Multi-objective optimization (MOO) is widely used in engineering systems design and planning.

This paper presents a system modelling methodology to support the integration between materials design (including materials selection) and engineering systems design at the early design stage.

This paper considers the importance of applying sound instructional systems design to the development of a learning intervention aimed at developing skills for the effective deployment of an enhanced methodology for engineering systems design analysis within a Product Development context.

It consists of a generic framework to develop the relationships between the required system performances and their related system loadings and attributes, where the attributes include both the structural attributes of an engineering system (thus for engineering systems design) and the material properties (thus for materials design and selection).

The presented work sheds some light on diverse applications of branch network for engineering system design.

This chapter provides an overview of the use of ANN in problem solving of many real-life engineering system design.

However, engineering system design problems consist of multi-objective optimization and the performance analysis using commercial code or numerical analysis is generally time-consuming.

Compared to relative expensive vehicle engineering system design and improvement, FEOS provides a feasible way to minimize fuel consumptions considering human factors.

One of the most effective ways of improving the quality of software engineering, system design and development, and communication between the people concerned with these problems, is provided by software patterns.

Although significant improvements are being made in predicting thermodynamic properties of pure fluids and mixtures using theory-based methods, there is a need for more accurate equations of state both for applications in engineering system design and analysis and to satisfy scientific data needs.

This helps to illuminate the importance of examining human-in-the-loop aspects of engineering system design.