To summarize, here we present four 3D models of human aortic root with unique geometry based on computational analysis of ECHO and CT data.
Instrumental to the optimal co-design of both geometries and cooling policies, we propose an identification methodology based on Computational Fluid Dynamics (CFD) for a generic thermal network of m fans and n electronic components.
In this article, geometry optimization of a jet stirred reactor (JSR) combustor has been carried out for minimum NO emissions in methane oxidation using a combined numerical algorithm based on computational fluid dynamics (CFD) and differential evolution (DE) optimization.
Based on several computational geometry algorithms and a well-acknowledged roundness definition, an innovative roundness evaluation method is developed.
Later I found Robert Lang online, and invited him to send his own work to the Symposium on Computational Geometry, which made a fruitful connection for everyone.
Just how hard is shown in a paper that Eric Demaine of the Massachusetts Institute of Technology is about to present to a workshop on computational geometry.
In this work we demonstrate a technique, based on methods of computational geometry, for mapping the ensuing RF data (associated with discrete ray trajectories) onto the finite-element/pseudospectral grid that is used to model the extended MHD physics.
Our data provide the basis to study the micromechanics, exact innervation and neuromuscular control of the syrinx, and develop computational models based on realistic geometries.
This simplicity, however, limits these models' capacity to incorporate muscle function, and hence realistic neural control, stressing the need for computational approaches based on realistic geometries that may also explain the diverse syringeal morphologies from a biomechanical and evolutionary point of view.
