The universe has always been object of our fascination. Because the Sun is our nearest star naturally a long time ago it became an object of our extensive observations. Nowadays, investigations of the Sun are carried by means of observations and theoretical modeling. Unfortunately, due to their intrinsic complexity most of theoretical models cannot be solved analytically. As a consequence, we adopt FLASH which is a modular parallel computation, adaptive mesh refinement, hierarchical data format code capable of solving magnetohydrodynamic equations. In this paper the FLASH code is applied to simulate oscillations in coronal loops
The FLASH project was implemented from 2006 to 2010 underthe EU FP6 framework. The project focused o...
Context. We consider a localized pulse in the component of velocity, parallel to the ambient magneti...
This article reviews recent development of the theory of current loop coalescence and fast magnetoso...
Despite fast development of computer technology some numerical problems are still too complex to be ...
My diploma thesis is focused on the use of numerical computer codes for simulation in plasma astroph...
With the adaptation of the FLASH code, we simulate magnetohydrodynamic-gravity waves and vortices as...
In this thesis, we have observationally and theoretically studied some properties of solar plasma co...
The Sun is a star, which due to its proximity has a tremendous influence on Earth. Since its very fi...
The Sun in our solar system and stars are capable of generating enormous amounts of energy. The proc...
With the development of high power laser facilities able to focus microscopic amounts of energy in l...
We report on a computational key-project in astrophysics. The project is aimed at studying the inter...
A massively parallel simulation code, called dHybrid, has been developed to perform global scale stu...
We summarize recent additions and improvements to the high energy density physics capabilities in FL...
We report the results of benchmark FLASH magnetohydrodynamic (MHD) simulations of experiments conduc...
In this paper, we present a discontinuous Galerkin solver based on previous work by the authors for ...
The FLASH project was implemented from 2006 to 2010 underthe EU FP6 framework. The project focused o...
Context. We consider a localized pulse in the component of velocity, parallel to the ambient magneti...
This article reviews recent development of the theory of current loop coalescence and fast magnetoso...
Despite fast development of computer technology some numerical problems are still too complex to be ...
My diploma thesis is focused on the use of numerical computer codes for simulation in plasma astroph...
With the adaptation of the FLASH code, we simulate magnetohydrodynamic-gravity waves and vortices as...
In this thesis, we have observationally and theoretically studied some properties of solar plasma co...
The Sun is a star, which due to its proximity has a tremendous influence on Earth. Since its very fi...
The Sun in our solar system and stars are capable of generating enormous amounts of energy. The proc...
With the development of high power laser facilities able to focus microscopic amounts of energy in l...
We report on a computational key-project in astrophysics. The project is aimed at studying the inter...
A massively parallel simulation code, called dHybrid, has been developed to perform global scale stu...
We summarize recent additions and improvements to the high energy density physics capabilities in FL...
We report the results of benchmark FLASH magnetohydrodynamic (MHD) simulations of experiments conduc...
In this paper, we present a discontinuous Galerkin solver based on previous work by the authors for ...
The FLASH project was implemented from 2006 to 2010 underthe EU FP6 framework. The project focused o...
Context. We consider a localized pulse in the component of velocity, parallel to the ambient magneti...
This article reviews recent development of the theory of current loop coalescence and fast magnetoso...