We present a new finite volume scheme based on the Polynomial Reconstruction Operator (PRO-scheme) for the linear convection diffusion problem with structured and unstructured meshes. We first design the numerical scheme for generic two-dimensional cells and introduce two kinds of polynomial reconstructions. Numerical experiences are carried out to prove the stability and the effectiveness of the method where a 6th-order convergence is reached.FEDER Funds through Programa Operacional Factores de Competitividade — COMPETEFundação para a Ciência e a Tecnologia (FCT) - Projeto PEst-C/MAT/UI0013/2011, projeto PTDC/MAT/121185/201
Obtaining very high-order accurate solutions in curved domains is a challenging task as the accuracy...
We present a fourth-order in space, second-order in time finite volume scheme for transient convecti...
We present a new class of very-high-order finite volume schemes for the time dependent convection-d...
We present a new finite volume scheme based on the Polynomial Reconstruction Operator (PRO-scheme) f...
We present a new finite volume scheme based on the Polynomial Reconstruction Operator (PRO-scheme) f...
We present a new finite volume scheme based on the Polynomial Reconstruction Operator (PRO-scheme) f...
We present a new very high-order finite volume scheme for the two-dimensional convection-diffusion p...
We present a new very high-order finite volume scheme for the two-dimensional convection-diffusion ...
A new finite volume method for one dimensional convection diffusion problems is designed. The scheme...
We propose a new finite volume method to provide very high-order accuracy for the convection diffusi...
We propose a new finite volume method to provide very high-order accuracy for the convection diffusi...
We propose a new finite volume method to provide very high-order accuracy for the convection diffusi...
We propose a new finite volume method to provide very high-order accuracy for the convection diffusi...
We present a fourth-order in space, second-order in time finite volume scheme for transient convecti...
We present a fourth-order in space, second-order in time finite volume scheme for transient convecti...
Obtaining very high-order accurate solutions in curved domains is a challenging task as the accuracy...
We present a fourth-order in space, second-order in time finite volume scheme for transient convecti...
We present a new class of very-high-order finite volume schemes for the time dependent convection-d...
We present a new finite volume scheme based on the Polynomial Reconstruction Operator (PRO-scheme) f...
We present a new finite volume scheme based on the Polynomial Reconstruction Operator (PRO-scheme) f...
We present a new finite volume scheme based on the Polynomial Reconstruction Operator (PRO-scheme) f...
We present a new very high-order finite volume scheme for the two-dimensional convection-diffusion p...
We present a new very high-order finite volume scheme for the two-dimensional convection-diffusion ...
A new finite volume method for one dimensional convection diffusion problems is designed. The scheme...
We propose a new finite volume method to provide very high-order accuracy for the convection diffusi...
We propose a new finite volume method to provide very high-order accuracy for the convection diffusi...
We propose a new finite volume method to provide very high-order accuracy for the convection diffusi...
We propose a new finite volume method to provide very high-order accuracy for the convection diffusi...
We present a fourth-order in space, second-order in time finite volume scheme for transient convecti...
We present a fourth-order in space, second-order in time finite volume scheme for transient convecti...
Obtaining very high-order accurate solutions in curved domains is a challenging task as the accuracy...
We present a fourth-order in space, second-order in time finite volume scheme for transient convecti...
We present a new class of very-high-order finite volume schemes for the time dependent convection-d...