Sentence examples for lattice to solve from inspiring English sources
In this study, we develop new 3D lattice Boltzmann (LB) methods based on central moments and using multiple relaxation times for the three-dimensional, fifteen velocity (D3Q15) lattice, as well as it subset, i.e. the three-dimensional, seven velocity (D3Q7) lattice to solve the 3D CDE for the temperature field in a double distribution function framework.
For example, problems involving graph interpretation were categorized as involving spatial thinking because students must understand that bar heights represent the y-axis values; using arrays or lattices to solve multiplication problems involves spatial thinking because students must use those 2D representations to calculate the product.
In comparison with the direct lattice search to solve ( {mathcal{P}}_1 ), the computation burden is greatly reduced.
Currently, his primary interest is in using lattice field theory to solve quantum chromodynamics (QCD) and thereby understand the structure and interactions of protons, neutrons, and other hadrons.
In this paper, we propose a Lattice Boltzmann model to solve the two-dimensional FADE.
Using the lattice Boltzmann method to solve the Navier-Stokes equations, we employ highly parallelized and scalable methods to generate the simulation domain and efficiently distribute the computational load among processors.
A lattice-Boltzmann model to solve the equivalent of the Navier Stokes equations on adaptively refined grids is presented.
A higher order density distribution function on standard lattices is used to solve the flow field, while an energy distribution function is employed to compute the temperature field.
A multi-objective genetic algorithm based on a simplex lattice design is proposed to solve this mixed-integer programming model effectively.
To overcome this drawback, in this study, we propose a more efficient approach to solve lattice Boltzmann equation on the non-uniform Cartesian mesh.
A lattice code is used to solve the neutron/photon transport equation using a deterministic approach over a domain corresponding to a subpart or over a complete 2D or 3D nuclear reactor.
