Sentence examples for simulations of highly from inspiring English sources
Numerical simulations of highly elastic structures deforming in a free surface flow are challenging since the fluid-structure coupling is strong.
The impact of triangle shapes, including angle sizes and aspect ratios, on accuracy and stiffness is investigated for simulations of highly anisotropic problems.
We describe a method for direct numerical simulations of highly turbulent compressible flows which permits an enhancement of the Reynolds number.
Predictive computer simulations of highly resolved large-scale 3D deflagrations and detonations are dependent on a robust reaction model embedded in a computational framework capable of running on massively parallel computer architectures.
The recently developed Gas Kinetic Method (GKM) for computing fluid flow is enhanced with advanced reconstruction (interpolation) schemes to enable direct simulations of highly compressible transition and turbulence fields.
Particle methods can provide very detailed simulations of highly complex systems at the cost of exceedingly large amounts of computational time and, possibly, restrictions on the size of the simulation domain.
This paper reports off-lattice Monte Carlo simulations of highly-branched comb homopolymers weakly adsorbed on a flat, featureless surface showing only covolume and dispersion interactions with the adsorbate.
Artificial neural networks (ANN) are effective in modeling and simulation of highly non-liner multivariable relationships.
A framework for simulation of highly deforming elastic structures in a two-phase flow is proposed and validated.
For a relativistic MHD RMHDD) simulation of highly magnetized event horizon magnetospheres, these extremal signal speeds are usually set to approximately the speed of light propagating in either direction at a zone interface where the Riemann solver is applied.
Within this context, this work describes the detailed numerical simulation of highly controlled laboratory experiments using uranine, bromide and oxygen depleted water as conservative tracers for the quantification of transverse mixing in porous media.
