Sentence examples for continuum engineering from inspiring English sources

At the longest time and length scales, continuum engineering modeling approaches such as microkinetic modeling are used to calculate reaction rates, reactant conversion, and product yields and selectivities, using model parameters predicted by the other levels of the hierarchy.

The advances in the unified strength theory and its applications are summarized briefly in the framework of continuum mechanics and engineering application.

The Finite Element Method (FEM) has been used in the broad field of continuum mechanics in engineering disciplines for several decades.

Multi-continuum technology.

In addition, emphasis is also given to the linkage of non-continuum simulations with traditional electrochemical engineering tools that use continuum methods to compute potential and current distribution phenomena in macroscopic systems.

For example, continuum modeling is standard engineering practice when studying the flow of fluids such as air or water, the bending of elastic materials, the distribution or flow of electric current, and the flow of heat.

Many continuum problems arise in engineering and physics.

Many phenomena in engineering, physics, continuum mechanics, signal processing, electro-magnetics, economics, and science describes efficiently by fractional order differential equations.

It complements the engineering or continuum mechanics aspects of rheology, which generally ignores the molecular details of the objects under study.

Despite the progress, there remains an enormous gap between the distances and time scales of quantum mechanics (QM) simulations and the quantitative macroscopic continuum models essential in engineering design of tribosystems.

It is suggested that this observation can be attributed to the geometric constraints imposed by the structural units that comprise the Σ5 and Σ29 tilt boundaries, which has significant implications for grain boundary engineering and continuum models of elastic and viscoplastic deformation in nanocrystalline materials.