We describe a numerical grid generating procedure to construct new classes of orthogonal coordinate systems that are specially adapted to binary black hole spacetimes. The new coordinates offer an alternative approach to the conventional \v{C}ade\v{z} coordinates, in addition to providing a potentially more stable and flexible platform to extend previous calculations of binary black hole collisions
We discuss a sequence of numerically constructed geometries describing binary black hole event horiz...
We present results from a new code for binary black hole evolutions using the moving-puncture approa...
An approximate solution to Einstein's equations representing twowidely-separated non-rotating black ...
We describe a numerical grid generating procedure to construct new classes of orthogonal coordinate ...
We describe a grid generation procedure designed to construct new classes of orthogonal coordinate s...
We describe a grid generation procedure designed to construct new classes of orthogonal coordinate s...
We describe a grid generation procedure designed to construct new classes of orthogonal coordinate s...
In a previous paper, a binary black hole four-metric was presented in a post-Newtonian corotating co...
Abstract. We present a new warped gridding scheme adapted to simulating gas dynamics in binary black...
The standard approach to the numerical evolution of black hole data using the ADM formulation with m...
In a previous paper, a binary black hole four-metric was presented in a post-Newtonian corotating co...
The standard approach to the numerical evolution of black hole data using the ADM formulation with m...
The standard approach to the numerical evolution of black hole data using the ADM formulation with m...
We present results from a new code for binary black hole evolutions using the moving-puncture approa...
We describe early success in the evolution of binary black hole spacetimes with a numerical code bas...
We discuss a sequence of numerically constructed geometries describing binary black hole event horiz...
We present results from a new code for binary black hole evolutions using the moving-puncture approa...
An approximate solution to Einstein's equations representing twowidely-separated non-rotating black ...
We describe a numerical grid generating procedure to construct new classes of orthogonal coordinate ...
We describe a grid generation procedure designed to construct new classes of orthogonal coordinate s...
We describe a grid generation procedure designed to construct new classes of orthogonal coordinate s...
We describe a grid generation procedure designed to construct new classes of orthogonal coordinate s...
In a previous paper, a binary black hole four-metric was presented in a post-Newtonian corotating co...
Abstract. We present a new warped gridding scheme adapted to simulating gas dynamics in binary black...
The standard approach to the numerical evolution of black hole data using the ADM formulation with m...
In a previous paper, a binary black hole four-metric was presented in a post-Newtonian corotating co...
The standard approach to the numerical evolution of black hole data using the ADM formulation with m...
The standard approach to the numerical evolution of black hole data using the ADM formulation with m...
We present results from a new code for binary black hole evolutions using the moving-puncture approa...
We describe early success in the evolution of binary black hole spacetimes with a numerical code bas...
We discuss a sequence of numerically constructed geometries describing binary black hole event horiz...
We present results from a new code for binary black hole evolutions using the moving-puncture approa...
An approximate solution to Einstein's equations representing twowidely-separated non-rotating black ...