\u3cp\u3eEmbedded WENO methods utilise all adjacent smooth substencils to construct a desirable interpolation. Conventional WENO schemes under-use this possibility close to large gradients or discontinuities. We develop a general approach for constructing embedded versions of existing WENO schemes. Embedded methods based on the WENO schemes of Jiang and Shu [1] and on the WENO-Z scheme of Borges et al. [2] are explicitly constructed. Several possible choices are presented that result in either better spectral properties or a higher order of convergence for sufficiently smooth solutions. However, these improvements carry over to discontinuous solutions. The embedded methods are demonstrated to be indeed improvements over their standard count...
In this study, a new family of rational mapping functions gRM(ω;k,m,s) is introduced for seventh-ord...
It has been shown that the conventional 5th-order Weighted Essentially Non-Oscillatory (WENO) schem...
Due to the high-order accuracy and essentially non-oscillatory (ENO) property, the weighted ENO (WEN...
Embedded WENO methods utilise all adjacent smooth substencils to construct a desirable interpolation...
Embedded WENO methods utilise all adjacent smooth substencils to construct a desirable interpolation...
Embedded WENO methods utilize all adjacent smooth substencils to construct a desirable interpolation...
\u3cp\u3eEmbedded WENO schemes are a new family of weighted essentially nonoscillatory schemes that ...
The local smoothness indicators play an important role in the performance of a weighted essentially ...
In this short note we address the issue of numerical resolution and efficiency of high order weighte...
In [8], the authors have designed a new fifth-order WENO finite-difference scheme (named WENO-eta) b...
In the finite difference WENO (weighted essentially non-oscillatory) method, the final scheme on the...
AbstractA new method for constructing weighted essentially non-oscillatory (WENO) scheme is proposed...
International audienceThis paper is devoted to the construction and analysis of a new prediction ope...
The hybridization of the fourth-order central scheme and a third-order WENO (weighted essentially no...
The calculation of the weight of each substencil is very important for a weighted essentially nonosc...
In this study, a new family of rational mapping functions gRM(ω;k,m,s) is introduced for seventh-ord...
It has been shown that the conventional 5th-order Weighted Essentially Non-Oscillatory (WENO) schem...
Due to the high-order accuracy and essentially non-oscillatory (ENO) property, the weighted ENO (WEN...
Embedded WENO methods utilise all adjacent smooth substencils to construct a desirable interpolation...
Embedded WENO methods utilise all adjacent smooth substencils to construct a desirable interpolation...
Embedded WENO methods utilize all adjacent smooth substencils to construct a desirable interpolation...
\u3cp\u3eEmbedded WENO schemes are a new family of weighted essentially nonoscillatory schemes that ...
The local smoothness indicators play an important role in the performance of a weighted essentially ...
In this short note we address the issue of numerical resolution and efficiency of high order weighte...
In [8], the authors have designed a new fifth-order WENO finite-difference scheme (named WENO-eta) b...
In the finite difference WENO (weighted essentially non-oscillatory) method, the final scheme on the...
AbstractA new method for constructing weighted essentially non-oscillatory (WENO) scheme is proposed...
International audienceThis paper is devoted to the construction and analysis of a new prediction ope...
The hybridization of the fourth-order central scheme and a third-order WENO (weighted essentially no...
The calculation of the weight of each substencil is very important for a weighted essentially nonosc...
In this study, a new family of rational mapping functions gRM(ω;k,m,s) is introduced for seventh-ord...
It has been shown that the conventional 5th-order Weighted Essentially Non-Oscillatory (WENO) schem...
Due to the high-order accuracy and essentially non-oscillatory (ENO) property, the weighted ENO (WEN...