Finite Volume Methods (FVM) have become a cornerstone in the numerical treatment of partial differential equations, particularly those governing cross-diffusion and parabolic processes. These ...

The aggregation-volume-bias Monte Carlo (AVBMC) algorithm has been widely used with empirical water models like TIP3P, SPC/E, TIP4P, and TIP4 P /2005 to study nucleation and vapor–liquid properties, ...

Finite volume methods (FVM) have emerged as a crucial numerical framework for approximating diffusion equations in porous media. These schemes discretise the governing partial differential equations ...

A new approach to the local and global explanation based on selecting a convex hull constructed for the finite number of points around an explained instance is proposed. The convex hull allows us to ...

Abstract: A full-vectorial mode solver based on the finite volume method is developed for efficiently solving photonic waveguide problems with general permittivity and permeability geometry. Different ...

Abstract: An adaptive nonconforming mesh refinement technique for 2-D semiconductor device simulations with the finite volume scheme on triangular meshes is proposed to enhance the numerical accuracy ...

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A Python library for solving any system of hyperbolic or parabolic Partial Differential Equations. The PDEs can have stiff source terms and non-conservative components.

Students will be briefly introduced to the periodic table. Objective Students will be able to explain that materials have characteristic densities because of the different mass, size, and arrangement ...