Sentence examples for computational coupling from inspiring English sources

The sophisticated evaluation of alternative envelope configurations for a set of performance criteria require a tighter computational coupling between modelling and control of dynamic geometry.

To exemplify the coupling, a mathematical and computational coupling of models was presented that simulates the immune response to S. aureus bacteria into a three-dimensional section of a tissue.

Three base stainless steel alloys for ultimate strength levels employing carbides, Cu particles and/or Ni-rich precipitates are designed via a computational approach coupling a genetic algorithm with optimization criteria based on thermodynamic, kinetic and mechanical principles.

Computational methods coupling flow and mass transfer facilitate cost-effective mechanistic insights on the phenomena governing stent-based drug delivery for complex vascular lesions.

It is widely accepted that the wall shear stress exerted by the flowing blood on the endothelial cells lining the arteries plays a pivotal role in the development of aneurysms, motivating computational frameworks coupling the evolution of a cerebral aneurysm to the hemodynamic stimuli acting on the endothelial cells (Watton et al. 2009).

Computational approaches coupling promoter sequence conservation and/or gene expression data to identify TF motifs de novo have collectively produced many more motifs than there are TFs (Beer and Tavazoie, 2004; Sleumer et al., 2009; Zhao et al., 2012) and also do not inherently reveal the cognate TFs that correspond to each putative motif.

As the computing power increases, the fine-scale multi-physics computational models, coupled with the systems analysis code, are expected to provide answers to many challenging problems in both operating and advanced reactor designs.

His current research interests include computational mechanics, coupled finite element and boundary element methodologies, aerothermomechanics of aircraft engines and interdisciplinary design optimization of civil and aerospace structural systems.

The computational tool couples together the effects of turbulent fluid mechanics, gas-phase combustion chemistry, and conductive, convective, and radiative heat transfer within the radiant firebox.

Judicious use of computational models, coupled with other reaction engineering tools, will be useful to qualitatively grade different configurations and can greatly assist engineering decision-making processes.

The driving force acting on a crack propagating orthogonally to the fiber-rotation plane is studied by methods of computational mechanics, coupled with the concept of configurational forces.