This paper is dedicated to problems connected with an anisotropic adaptation used for simulation of compressible flows with FVM solver. The adaptation is based on error indicator defined by 2D interpolation error. The comparison between isotropic and anisotropic adaptation is shown for typical test case of supersonic flow in a channel. Suspaudžiamų skysčių judėjimo modeliavimas naudojant anizotropinį adaptyvumą Santrauka. Darbe pasiūlyta nauja metodika, leidžianti sudaryti anizotropinį adaptyvųjį tinklą. Jame elementai smulkinami tik viena kryptimi. Dvimatis paklaidos indikatorius yra sudarytas remiantis aproksimacijos paklaidos įverčiu. Pateikti skaičiavimo eksperimento rezultatai, kuriame palyginti izotropiniai ir anizotropiniai tinklai. ...
An anisotropic adaptation process is applied to a three-dimensional incompressible two-phase flow so...
The classical adaptation scheme appears inappropriate when dealing with transient fluid problems. He...
In this thesis, we first focused on error estimates for unsteady problems. We have contributed to bo...
This paper is dedicated to problems connected with an anisotropic adaptation used for simulation of ...
The paper deals with the algorithm for unsteady anisotropic adaptation. The adaptation is using the ...
Esta dissertação tem por objetivo a implementação de um método adaptativo anisotrópico de malhas e s...
The solution of complex three-dimensional computational fluid dynamics (CFD) problems in general nec...
We present a goal-oriented error analysis for the calculation of low Reynolds steady compressible fl...
A basic feature in finite-element method (FEM) is the initial choice of an interpolation for the unk...
The thesis deals with the construction of an adaptive 1D and 2D mesh in the framework of the cell- c...
An adaptive finite element algorithm to compute transonic viscous flows around a wing is presented. ...
International audienceThe simulation of complex nonlinear engineering systems such as compressible f...
International audienceThis paper deals with anisotropic mesh adaptation applied to unsteady inviscid...
We present an rp-adaptation strategy for the high-fidelity simulation of compressible inviscid flows...
Numerical simulations of the flow generated inside a shock-tube by the motion of a magnetically- dri...
An anisotropic adaptation process is applied to a three-dimensional incompressible two-phase flow so...
The classical adaptation scheme appears inappropriate when dealing with transient fluid problems. He...
In this thesis, we first focused on error estimates for unsteady problems. We have contributed to bo...
This paper is dedicated to problems connected with an anisotropic adaptation used for simulation of ...
The paper deals with the algorithm for unsteady anisotropic adaptation. The adaptation is using the ...
Esta dissertação tem por objetivo a implementação de um método adaptativo anisotrópico de malhas e s...
The solution of complex three-dimensional computational fluid dynamics (CFD) problems in general nec...
We present a goal-oriented error analysis for the calculation of low Reynolds steady compressible fl...
A basic feature in finite-element method (FEM) is the initial choice of an interpolation for the unk...
The thesis deals with the construction of an adaptive 1D and 2D mesh in the framework of the cell- c...
An adaptive finite element algorithm to compute transonic viscous flows around a wing is presented. ...
International audienceThe simulation of complex nonlinear engineering systems such as compressible f...
International audienceThis paper deals with anisotropic mesh adaptation applied to unsteady inviscid...
We present an rp-adaptation strategy for the high-fidelity simulation of compressible inviscid flows...
Numerical simulations of the flow generated inside a shock-tube by the motion of a magnetically- dri...
An anisotropic adaptation process is applied to a three-dimensional incompressible two-phase flow so...
The classical adaptation scheme appears inappropriate when dealing with transient fluid problems. He...
In this thesis, we first focused on error estimates for unsteady problems. We have contributed to bo...