Sentence examples for flows based on a from inspiring English sources

In this paper we outline a new particle-mesh method for rapidly rotating shallow water flows based on a set of regularized equations of motion.

The main objective of this study is to present an accurate and consistent numerical framework for turbulent reacting flows based on a high-order finite difference (HOFD) scheme.

Earlier studies indicated that controllers tend to maintain a selective representation of traffic flows based on a few salient traffic features that point out to interesting events (e.g., potential conflicts).

Brigo et al. (2018) have recently shown that the risk-neutral valuation approach with adjusted cash flows based on a proxy for the risk-free interest rate, which was introduced and studied by Pallavicini et al. (2012a, b), can be formally supported using the replication-based approach in which a proxy for the risk-free interest rate can be chosen in a completely arbitrary way.

The objective of this paper is to extend the Brinkman penalization technique to compressible flows based on a physically sound mathematical model for compressible flows through porous media.

In this work, we propose finite element schemes for the numerical approximation of nematic liquid crystal flows, based on a saddle-point formulation of the director vector sub-problem.

We formulate a numerical procedure for the LES of turbulent channel flows, based on an approximate projection method, in terms of linear algebra operators involving sparse matrices and vectors.

The above result establishes for the first time in the literature a necessary and sufficient condition for the existence of the uniform exponential trichotomy of skew-product flows, based on an input-output admissibility with respect to the associated integral equation.

Proper scaling of a fluid flow permits convenient, dimensionless representation of experimental data, prediction of one flow based on a similar one, and extrapolation of low-Reynolds-number, laboratory-scale experiments to field conditions.

The study is a one-dimensional analysis of compressible refrigerant flow, based on a forward marching technique of solution for the conservation equations.

Fatigue assessment of crack propagation on a pit like crack flow based on a failure assessment diagram was performed.